Sound will travel fastest in air at 15°C.
Speed of sound in air
The speed of sound in air, given in the range of 100 degrees Celsius and 0 degree Celsius include;
Air at 100°C 387 m/s
Air at 0°C 331 m/s
From the date above, the speed of sound in air increases with increases in temperature. Thus, Sound will travel fastest in air at 15°C.
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The density of mercury is 13.5 g/mL. What is the mass in kg of mercury that fills a 0.250-L flask: A: 3.38 kg B: 54.0 kg C: 3380 kg D: 0.0540kg
The amount of mercury needed to fill a 0.250-L flask is 3.38 kg.
The correct option is A.
What is mass?An object's inertia, or barrier to a change in motion, is quantified by its mass. It is a basic physical characteristic that is measured in kilograms (kg), grams (g), and pounds (lbs) (lbs). Any item's mass is just an intrinsic feature, which means it measures the physical characteristics of the thing without taking into account outside factors. The relationship between mass and other physical characteristics like density, force, and speed is a common one in scientific calculations.
To do so, first convert the volume of 0.250 L supplied to cubic centimeters (cm3), which is equal to 250 cm3. To acquire 3375 g of mercury, multiply this amount by the density of mercury, which is 13.5 g/mL.
Density of water = 1 (1 g / ml)
.25 L = 250 ml (milleters)
mass of flask = 250 ml * 1 g / ml = 250 g (water to fill flask)
Equivalent mass of Hg = 13.5 * 250 g = 3375 g = 3.38 kg
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Imagine that in part E8, you had placed the compass due East of the wire. Draw two vector diagrams for the magnetic field(s) felt by this compass: one with the current OFF, and one with the current ON. Each diagram should show individual magnetic fields from any relevant sources, as well as a vector indicating the total magnetic field. For this problem, assume that the current flows upwards (in your drawing, this is out of the page
The compass felt the magnetic field around wire where current flows in upward direction. The vector direction of magnetic field around wire (current ON) according to thumb rule is anti-clockwise.
Why does a wire's magnetic field have a circular shape?A wire develops a ring-shaped magnetic field as current flows through it. This magnetic field has the ability to divert the needle of a magnetic compass. Closer to the wire, the magnetic field is stronger, and its strength grows as the current does as well. This magnetic field is a result of the circular wire's current flow, and the circular wire's centre has straight magnetic field lines. By using the right hand thumb rule, the magnetic field's direction can be determined.
What does a compass needle's deflection in a wire carrying current reveal?it is as a result of the magnetic field that is created when current is transferred through a current-carrying conductor.
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Enter the critical temperature of water. Express your answer with the appropriate units.
The critical temperature of water is 374.15°C (705.37°F).
What is temperature?Temperature is a measure of the degree of hotness or coldness of an object or environment. It is measured using a thermometer, which records the temperature in either Celsius or Fahrenheit. Temperature is an important factor in determining the climate of an area and can affect many aspects of life. Temperature also affects the rate of chemical reactions, and can be used to measure the kinetic energy of molecules. Temperature is an important factor in determining the properties of materials, and can influence how they behave.
The critical temperature of water is 374.15°C (705.37°F). At this temperature, water is neither a liquid nor a gas, and its properties are the same regardless of pressure.
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A candle is sitting in front of a concave mirror at a distance of 12.2 cm. It is found that an image of the candle appears at 25.0 cm. What is the focal length of the mirror?
Answer:
Focal length (f) = 1/2 (Object distance + Image distance)
f = 1/2 (12.2 cm + 25.0 cm)
f = 18.6 cm
A car of mass 2000 kg accelerates from rest to 20 m/s in 10 seconds. Calculate the average power output of its engine.
Answer: in kilowatt, 40,000 upon 1000 kilowatt, which is equal to 40 kilowatts.
Explanation: Here a car accelerates from rest to a velocity of 20 m/s In 10 seconds. And we have to find the power of the engine during this acceleration. So here we will use the work-energy theorem according to which work done is equal to the car's kinetic energy change. So work done by the engine is equal to half M V f squared minus V I square Mars is 2000. Could you? VF is the final velocity, which is 20 m/s, Initial Velocity VI is zero. So we get worked and equal to four into 10 to the power five jewels. Now power will be equal to work done by time. So work done is the 90s 10 seconds. So power is 40 1000 And in kilowatt, 40,000 upon 1000 kilowatt, which is equal to 40 kilowatts. So this is the correct option and this completes the solution.
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A beam of charged particles can be deflected by:
an electric field only
neither a magnetic nor an electric field
both an electric field and a magnetic field
a magnetic field only
Both an electric field and a magnetic field can deflect a beam of charged particles
What is a Magnetic Field ?A magnetic field is any region or space where a magnetic force can be felt. The magnetic field strength is also known as magnetic field.
When a beam of charged particles pass through the magnetic field, the beam of the charged particle will be deflected by moving in a circle.
But when a beam of charged particles pass through the electric filed, the beam of charged particles will be deflected by moving in a parabolic path.
Therefore, a beam of charged particles can be deflected by both an electric field and a magnetic field.
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Explore Suppose you are in a partially darkened room holding a flat piece of white cardboard in one hand and a converging lens of focal distance Convex lens 6.3 x 10 m in your other hand. You want to form an image of the window in front of you, which is at a distance of 1.74 m in front of the lens. (A) Find how far behind the lens the cardboard should be held to form as sharp an image as possible. (B) If the height of the window is 1.00 m, find the height of its image Object height 0.05 m Image height -0.05 m
Object distance 0.40 m Image distance 0.40 m Conceptualize The rays of light from any given point on the window refract as they pass through the lens to meet at a point behind the lens A ray that is parallel to the optical axis on either side of the convex lens passes through the focal point on the opposite side, and a ray through the center of the lens is undeflected. If the cardboard is held at the location where the rays traced in this way meet, an image focused as well as possible would be seen on the cardboard Categorize We apply the thin lens formula to calculate the image distance from the object distance and focal length. (A) Find how far behind the lens the cardboard should be held to form as sharp an image as possible Analyze The image distance q can be calculated from the thin lens formula: which can be rearranged as: (B) If the height of the window is h = 1.00 m, find the height of its image. Analyze The ratio of the image height h' to the object height h is the magnification M given by: h' 9 Then: C 9 1.74 m (1.00 m) =- h' Finalize The minus sign in the height corresponds to an inverted image. Finalize Notice also what happens if the sign of the focal length is changed, corresponding to a diverging lens (in the simplest case a concave lens) as illustrated in the Active Figure for concave lens. The rays from a given point on the object meet to form an image only when the rays are imagined to extend back towards the object, where they converge (as seen in the Active Figure). This is where the rays would appear to come from if you were holding the diverging lens in front of you while looking at the window. Would the image of the window be smaller or larger than the window in this case? What sign would q have?
For a converging lens, the focal point is the point at which converging light rays cross; for a diverging lens, the focal point is the point from which diverging light rays appear to originate.
Where do diverging rays come from?The focal length f is the measurement from the lens's centre to its focal point. Diverging light will come from a point on a far-off object. Diverging light rays will emanate from a point at a very far object. Parallel light beams spread out when they pass through a diverging lens. These light rays appear to the spectator to originate from the focal point on the opposite side of the lens. Together, these beams create a virtual image. A ray that is parallel to the axis and approaching a convex diverging mirror appears to be coming from the focal point F behind the mirror due to reflection. Convex mirrors are also known as diverging mirrors because they diverge the light rays that strike their surfaces.To learn more about diverging rays refer to:
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Explain about wormholes and black holes like you are explaining a five-year-old!
Explanation:
Black hole is a region of spacetime where gravity is so strong that nothing, including light or other electromagnetic waves, has enough energy to escape its event horizon. The theory of general relativity predicts that a sufficiently compact mass can deform spacetime to form a black hole. black hole is 1 billion times bigger than a sun it can easily pull anything and it can even rip entire stars to pieces.A wormhole is a hypothetical structure connecting disparate points in spacetime, and is based on a special solution of the Einstein field equations. It can visualized as a tunnel with two ends at separate points. Wormholes are shortcuts in spacetime, popular with science fiction authors and movie directors. They've never been seen, but according to Einstein's general theory of relativity, they might exist.Cathode-ray tubes (CRTs) are often found in oscilloscopes and computer monitors. In the figure(Figure 1) an electron with an initial speed of 6.50×106m/s is projected along the axis midway between the deflection plates of a cathode-ray tube. The potential difference between the two plates is 18.0 V and the lower plate is the one at higher potential.
a. What is the magnitude of the force on the electron when it is between the plates?
b. What is the magnitude of the acceleration of the electron when acted on by the force in part (a)?
c. How far below the axis has the electron moved when it reaches the end of the plates?
d. At what angle with the axis is it moving as it leaves the plates?
Oscilloscopes and computer monitors typically contain cathode-ray tubes (CRTs):
A vacuum tube called a cathode-ray tube (CRT) has one or more electron rifles, and the beams from these rifles are adjusted to project images onto a phosphorescent screen.
Radar targets, electric waves (oscilloscope), images (television, computer monitor), and other events can all be represented by images.
An electron is projected between the deflection plates of the cathode-ray tube with an initial velocity of 6.80 106 m/s. The axis between the cathode-ray tube recording plates is depicted with an initial electron traveling at a speed of 7 x 106 m/s:
The same, high, 1000 V/m electric field exists between the plates.
F is equal to 1.6 x 10-16 N, and an is equal to 1.76 x 1014 m/s2.
The lower plate is the strongest, and the difference between the two plates that could exist is 18.0 V:
between two plates with the identical field
E = - V / s or
V = U / q 0
E = -∆ V / ∆ s
The possible difference is solely dependent on the plates and NOT on any shipping fees.
The amount of effort required is determined by the billing process' size. More significant than the actual worth of electricity is the prospective difference in electricity.
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At a given instant, the gear racks have the velocities and accelerations shown.
Determine the acceleration of point A.
Enter the x and y components of the acceleration
Determine the acceleration of point B.
Enter the x and y components of the acceleration
The acceleration of both points A and B can be determined from the given velocities and accelerations of the gear racks.
Point A:
x-component of acceleration = 0 m/s^2
y-component of acceleration = 6 m/s^2
Point B:
x-component of acceleration = 0 m/s^2
y-component of acceleration = -6 m/s^2
The acceleration of both points A and B can be determined from the given velocities and accelerations of the gear racks. The x-component of the acceleration of both points is equal to 0 m/s^2 since the gear racks are not moving horizontally. The y-component of the acceleration of both points is equal to 6 m/s^2 in the upward direction for point A, and -6 m/s^2 in the downward direction for point B. Therefore, the acceleration of point A is (0, 6) m/s^2 and the acceleration of point B is (0, -6) m/s^2.
The complete question is:
At a given instant, the gear racks have the velocities and accelerations shown.
Determine the acceleration of points A and B.
Enter the x and y components of the acceleration
the complete question is :
At a given instant, the gear racks have the velocities and accelerations shown ( attached below ).
Determine the acceleration of point A.
Enter the x and y components of the acceleration
Determine the acceleration of point B.
Enter the x and y components of the acceleration
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in the doppler effect, do frequency, wavelength, and/or wave speed change?
In the Doppler effect, the frequency, wavelength, and wave speed of sound or light waves can change depending on the relative motion of the source of the waves and the observer.
When the source of the waves is moving toward the observer, the frequency of the waves will appear to be higher than the actual frequency, and the wavelength will appear to be shorter. This is referred to as a "blue shift".
Conversely, when the source of the waves is traveling away from the observer, the wavelength will appear to be longer and the frequency will appear to be lower than it actually is. This is referred to as a "redshift."
The Doppler effect, however, does not alter the wave speed, which stays constant.
It is significant to remember that the Doppler effect affects not only sound waves but also electromagnetic waves like light waves. The Doppler shift is another name for the Doppler effect.
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A copper wire is 20 m long on a winter day when the temperature is ?12?C.
According to the question, the wire will be 20.00034 m long when the temperature is 24°C.
What is temperature?
Temperature is a measure of the average kinetic energy of the particles in a substance. It is typically measured in degrees Celsius, Fahrenheit, or Kelvin. Temperature is an important physical property as it can affect the state of a substance and the rate at which reactions occur. At a given pressure, the temperature of a substance determines its phase.
If the temperature increases to 24°C, the length of the wire will change. Copper is a metal that expands when heated, so the wire will increase in length and become longer. According to the coefficient of linear expansion of copper, the wire will increase in length by 0.000017 m/°C. Therefore, the wire will be 20.00034 m long when the temperature is 24°C.
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4- Find the required time for a car to move 98 m if it starts from rest and acceleration at 40 m/s2?
Answer:
t = 2.21 s
Explanation: s = 98 m
u = 0 m/s
a = 40 m /s ^2
Using the second equation of motion :
s = ut + 1/2 at ^2
98 = 0 × t + 1/2 × 40 × t × t
98 = 0 + 20 t ^2
98 = 20 t ^2
98 / 20 = t ^2
4.9 = t ^2
t = √ 4.9
t = 2.21 s
Why are dust particles more likely to remain in the atmosphere longer and travel farther than sand particles
Answer:It might seem small, but atmospheric dust is a big deal. Consisting (mostly) of tiny pieces of metal oxides, clays and carbonates, dust is the single largest component of the aerosols in Earth's atmosphere, and it likely has a significant impact on the Earth's climate, as it effects a wide range of phenomena, including from temperatures in the Atlantic Ocean to the rate of snowmelt in the southwestern U.S. Dust may also affect hurricanes, as recent research based on data sets dating back to the 1950s suggests an inverse relationship between dust in the tropical North Atlantic and the number of Atlantic hurricanes during the past several decades.
Explanation:
Give the color of the curve corresponding to an incident beam that is unpolarized red green blue
The color of the curve corresponding to an incident beam that is unpolarized is green.
What is unpolarized?Unpolarized light is light that has no specific polarization. It consists of a mixture of electric fields oscillating in random directions. Unlike polarized light, which vibrates in a single plane, unpolarized light vibrates in multiple planes. Unpolarized light is created naturally by the Sun and other light sources, and can be further produced by lenses and mirrors. It is used in a variety of applications such as in fiber optics, in optical communication, and in non-destructive testing.
This is because when the light is unpolarized, it is composed of an equal mix of both vertical and horizontal components, resulting in the green color. The green curve is created because the vertical and horizontal components are added together in the same direction, resulting in the green color. The green curve is usually seen when the light is incident on a surface at a perpendicular angle.
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4. Which of the following statements is not accurate regarding identifying factors on the health pyramid?
O All three sides of the health triangle affect each other.
Personal actions are categorized on the health pyramid by the intended purpose of the initial actions.
O Physical health is the base of the triangle and is the most important part of the health triangle.
O Working out a gym would be categorized in the physical health category.
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On identifying aspects on the health pyramid, the statement "Physical health is a base of a health triangle and is the most essential part of the triangle" is inaccurate.
Describe the triangle.The triangle is just a three-sided polygon with three vertices. The triangle's internal angle, which is 180 degrees, is constructed. It implies that the internal angles in a triangle add up to 180 degrees. It is the polygon with the least amount of sides.
Define the terms right triangle, acute triangle, and obtuse triangle.All of a triangle's angles measure below 90 degrees in an acute triangle. One of the triangle's angles is more than 90 degrees in an obtuse triangle. One angle of a right triangle is 90 degrees, while the other two are acute.
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water flows with speed v through a horizontal, cylindrical pipe. which of the following changes in the geometry of the pipe will double the speed of the water in the pipe?
The cross-sectional area is halved, the speed of the liquid becomes doubles or 2v .
There will be a commensurate rise or fall in velocity for every change in flow rate. Greater amounts of the liquid come into touch with the pipe when it is smaller, which increases friction. Velocity is also impacted by pipe size. If the flow rate is constant, shrinking the pipe size raises the velocity, which raises friction. As the fluid moves through the length of the pipe, the friction losses add up. The friction losses will increase as the distance increases.
Pressure losses rise as the average velocity rises. Flow rate and velocity are directly connected.
Av = constant according to the continuity equation.
The second pipe in this instance has a cross-sectional area that is twice as large.
Consequently, if the cross-sectional area is halved, the speed of the liquid becomes doubles or 2v.
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A defibrillator passes a brief burst of current through the heart to restore normal beating. In one such defibrillator, a 50.0 - μF capacitor is charged to 6.0kV. Paddles are used to make an electric connection to the patient's chest. A pulse of current lasting 1.0 ms partially discharges the capacitor through the patient. The electrical resistance of the patient (from paddle to paddle) is 240Ω (a) What is the initial energy stored in the capacitor? (b) What is the initial current through the patient? (c) How much energy is dissipated in the patient during the 1.0 ms? (d) If it takes 2.0 s to recharge the capacitor, compare the average power supplied by the power source with the average power delivered to the patient. (e) Referring to your answer to part (d), explain one reason a capacitor is used in a defibrillator.
The initial energy stored in the capacitor is 1.5E+6 J and the initial current through the patient I= 25.0 A.
The initial energy stored in the capacitor can be found using the formula for energy stored in a capacitor U₀=1/2CV^2 Plugging in the given values, we get:
U₀=1/2*(50E-6F)*(6000V)^2
U₀=1.5E+6 J
(b) The initial current through the patient can be found using Ohm's law, which states that I = V/R. Plugging in the given values, we get:
I = 6000V/240Ω
I= 25.0 A
(c) The energy dissipated in the patient during the 1.0 ms can be found by multiplying the power by the duration. The power can be found using the formula:
P = IV = (25A)(6000V) = 150,000 W. So the energy dissipated is:
Energy = P * t
= 150,000W * 0.001s
Energy=150 J
(d) To compare the average power supplied by the power source with the average power delivered to the patient, we need to know the power of the power source. Since the capacitor is charged to 6.0 kV in 2.0 s, the power can be found by:
Power = (Energy) / (time)
= (1.5E+6 J) / (2.0s)
Power= 750,000 W
So, the average power supplied by the power source is 750 kW and the average power delivered to the patient is 150 W.
(e) A capacitor is used in a defibrillator to store a large amount of energy in a small package. The energy stored in the capacitor can be discharged quickly to provide a large current to the patient's heart to restore normal beating.
The capacitor also allows the defibrillator to deliver a high-energy shock without drawing a large current from the power source, which improves the safety of the device.
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an 8 g bullet is fired from a rifle . the bullet passes through a 10 cm plank. this reduces the bulle's velocity from 400 m/s west to 300 m/s west
a) calculate the bullet's initial momentum.
b) calculate the bullet's final momentum
c) calculate the bullet's change in momentum
d) draw a labbed vector diagram to illustrate the bullet's initial, final and chamge in momentum vectors
The bullet's final momentum is 0 m/s, hence the change in momentum is 100 000 m/s.
What is the change in momentum?The product of an object's mass and velocity is changed, and this is known as the change in momentum (p). To alter an object's momentum, a force is needed. The momentum of the item may change due to the applied force, as well as its direction. A substance's rate of change in momentum is inversely proportional to the applied resultant force and moves in the same direction. Therefore, we can state that the force applied equals the rate of change of momentum. It is well known that mass times velocity equals momentum..
Is change in momentum zero?Keep in mind that the temporal rate of change of the total momentum is zero when there are no outside forces operating on the system. In other words, the total momentum of the system does not vary over time if the sum of the external forces is zero. In this situation, we say that the system's momentum is conserved.
Mass (m)=10cm=0.01kg. Time T=0.003s
Velocity v f=300m/s,v i=0m/s Acceleration (a)= 0.003
300
=100000m/s 2
∴Force=mass×acceleration
Or, F=(0.01)×(100000)=1000N.
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The figure shows a graph of the output from an AC voltage source.
What is the maximum voltage Vmax of the source?
What is the average voltage Vavg of the source?
What is the root-mean-square voltage Vrms of the source?
Express your answer to three significant figures.
What is the period T of the source?
Express your answer in seconds to two significant figures.
What is the frequency f of the source?
Express your answer in hertz to three significant figures.
What is the angular frequency ω of the source?
Express your answer in radians per second to three significant figures.
Answer: the last one
Explanation: i did this before lol
20N being applied to move a 100kg box at a constant speed to the right
In the straightforward cases where a constant force moves an object at constant velocity, the power is just P = Fv.
How do you calculate the power of an object moving at a constant speed?The power is simply P = Fv in the simple situations when a constant force moves an object at a constant speed. The scalar product of force and velocity must be employed in more broad cases where the velocity is not parallel to the direction of the force. A body of mass 5 kg resting on a horizontal plane is subjected to a force of 20 Newton. After moving 2 metres, the body gains 10 joules of kinetic energy. In fact, this quantity, known as the acceleration of gravity, is so significant to physics that it has its own distinctive symbol, the letter g. The most precise measurement of the gravitational acceleration is 9.8 m/s/s.To learn more about constant speed refer to:
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write a partial decay series for at-217 undergoing the following sequential decays: α, β, α, β.
Part A
α-decay
Express your answer as a nuclear equation
α decay:
217 At → 4 α + 213 Bi
85 2 83
β decay:
213 Bi → 0 e + 213 Po
83 -1 84
α decay:
213 Po → 4 α + 209 Tl
84 2 82
β decay:
209 Tl → 0 e + 209 Pb
82 -1 83
What occurs when radioactive material decays?
A radioactive atom will naturally emit radiation in the form of energy or particles in order to transition into a more stable state. The difference between radioactive material and the radiation it emits must be made. Radioactivity types: beta, gamma, and alpha decay.
A typical type of radioactive decay known as "alpha decay" occurs when a nucleus emits an alpha particle (a helium-4 nucleus). A nucleus emits beta particles during the typical radioactive decay process known as beta decay. The offspring nucleus will be more atomically massive than the parent nucleus.
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What is the average (or mean) of the following set of numbers?
23 29 24 24 25
A. 20.2
B. 25
C. 105
D. 24
Answer:
B
Explanation:
How to find the average:
Step 1.) Add all the numbers
Step 2.) Divide the total from all the number by how many numbers there are.
Ex:
23+29+24+24+25
=125
125÷5= 25
Answer: 25
A cylindrical bucket of liquid (density rho) is rotated about its symmetry axis, which is vertical. If the angular velocity is ω, show that the pressure at a distance r from the rotation axis is
P=P0+1/2rhoω2r2,
where P0 is the pressure at r=0
Showing the pressure at a distance, it generate the equation dP=1/2rhoω^2r^2dr.
How do you get the given equation?The pressure at a point in a fluid is given by the hydrostatic equation, which states that the pressure is equal to the density of the fluid multiplied by the acceleration due to gravity, and the height of the fluid above that point. In a rotating cylinder of liquid, there is an additional centrifugal force acting on the fluid, which must be taken into account.
To find the pressure at a distance r from the rotation axis, we can use the following equation:
P = P0 + 1/2 * rho * ω^2 * r^2
Where P0 is the pressure at the center of the cylinder (r=0), rho is the density of the fluid, and omega is the angular velocity of the cylinder.
This equation can be derived by considering the force balance in the radial direction. The pressure difference dP between two points at radius r and r+dr due to centrifugal force is dP=1/2rhoω^2r^2dr. Integrating this over the radius gives the above equation
Therefore, the correct answer is as given above
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what is attribute conformity? what is the resulting decision from attribute measurement results?
Attribute conformity is one that classifies each item in the sample as either having some attribute or not having it.
Variation present in your measurement system will affect the quality of the product and can damage your company's brand.
Purpose of Attribute measurement system analysis:
Accuracy check:
To access the customer standard, need to fulfill the customer's requirement, which means MSA performs to identify how good is our measurement system with our masters.
Precision check:
To determine that, the inspector can measure correctly. Is he checking with the same criteria across all shifts, machines, etc… to measure and evaluate parts and also called Repeatability
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Explain how momentum is used to create baseball bats.
Momentum is used to create baseball bats by swinging them with force and power to build up momentum.
What is Momentum ?
Momentum is a concept in physics that describes the tendency of an object in motion to remain in motion. It is a measure of an object’s momentum, which is the product of its mass and velocity.
Momentum is a vector quantity, which means it has both magnitude and direction. Momentum is conserved, meaning that the total momentum of all objects in a closed system remains constant. Momentum is an important concept in classical mechanics, and its conservation has important implications for how objects interact.
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In (Figure 1), what value of Fmax gives an impulse of 9.0 Ns?
Express your answer to two significant figures and include the appropriate units.
The value of Fmax = 10-³/2 N
Fmax = 500N
Explanation:
Impulse is the area under force curve
The ramp up and down each have area 1/2*base*height
= 1/2 *2ms*Fmax areas for the combined area (2ms)Fmax
The middle rectangle has area = base * height
= (4ms)Fmax
So, total (6ms)Fmax is equal to 3Ns
Fmax = 3Ns/6ms = 10^3 /2 N
Fmax = 1000/2 = 500N
The value of Fmax gives an impulse of 9.0 Ns is found to be 2.25N
How are the force F, the impulse J, and the time t related?The term "impulse" describes how much of an influence a force has overall over the course of time. J = F t for a constant force. The continuous net force applied on an object throughout time and its duration are both factors that affect impulse.
For a constant force, J = F ⋅ Δ t
Impulse J => 9 Ns
F max at given impulse = 9/Δ t => 9/(6-2)
=> 2.25N
What does F in impulse stand for?F stands for the applied resultant force, t1 and t2 for the start and end of the impulse, respectively, m for the object's mass, v2 for the object's ultimate velocity at the conclusion of the time interval, and. When the time interval starts, the object's starting velocity is v1.
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How much work is done by the environment in the process shown in the figure? Express your answer with the appropriate units
Wext is negative So energy is transferred from the system to the environment.
What is Work Done?
Energy can be transferred by the use of force. Work done refers to the amount of energy used by a force to move an object. As a result, there is a direct connection between Work and Energy.
The sum of the displacement and the component of the applied force of the object in the displacement direction is the work done by a force.
Using energy conservation
Ki + Ui + Wext = Kf + Uf + dEth
Using given values in graph
4 + 1 + Wext = 1 + 2 + 1
Wext = 4 - 5
Wext = -1 J
Since Wext is negative So energy is transferred from the system to the environment.
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Why is the entropy change for process 2 larger than that for process 1? Match the words in the left column to the appropriate blanks in the sentences on the right: Make sure the sentences are complete before submitting your answer: Reset Help gas to liquid The substance changes from solid in process 1 and from liquid process 2. The volume and motional freedom of the greater phase causes AS for gas vaporization to (always) be larger than 4 S for fusion: larger less solid to gas liquid to gas smaller solid to liquid Submit Request Answer
The answer is: 1. Solid to Liquid; 2. Liquid to Gas; 3. Larger; 4. Greater; 5. Gas;
The substance changes from solid to liquid in 1, from liquid to gas in 2. The larger volume and greater motional freedom of the gas phase causes AS for vaporization to (always) be larger than AS for fusion.
We can define entropy as the degree of randomness or the possible states of a substance. As we go from solid to liquid to gas, the entropy increases. If the entropy change for 2 is larger than for 1, this probably means that 1 is a solid to liquid process, while 2 is a liquid to gas process. Moreover, we can define fusion as the phase change process between solid and liquid states.
Question:
Why is the entropy change for 2 larger than that for 1? Match the words in the left column to the appropriate blanks in the sentence on the right. Make the sentence is complete before submitting your answer.
gas
solid
liquid
gas to liquid
solid to liquid
liquid to gas
greater
smaller
less
solid to gas
larger
The substance changes from _____ in 1, from _____ in 2.
The _____ volume and _____ motional freedom of the _____ larger than AS for fusion. phase causes AS for gas vaporization to (always) be larger than AS for fusion.
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1. A particular organic molecule forms an electric dipole by possessing an effective charge separation of 0.197 nm for a pair of ±1.60×10−19 C charges. What is the magnitude of the molecule's electric dipole moment?
2. Find the magnitude of the torque that acts on the molecule when it is immersed in a uniform electric field of 2.87×105 N/C with its electric dipole vector at an angle of 29.5∘ from the direction of the field.
3. Consider all possible angles between the electric field and the electric dipole vector. What is the greatest magnitude max of torque that the electric field can exert on this molecule?
A particular organic molecule forms an electric dipole, the magnitude of the molecule's electric dipole moment
3.152 x 10^-29 C4.45458171*10^{-24} NmThe max torque that the electric field can exert on this molecule is the same as the torque found in question 2.What is an electric field vector?Generally, The magnitude of the electric dipole moment (p) is given by the product of the charge separation (d) and the magnitude of the charges (q):
p = dq
Therefore, the magnitude of the electric dipole moment of the molecule is:
p = (0.197 nm)(1.60 x 10^-19 C)
= 3.152*10^{-20}Cm
2) The magnitude of the torque (τ) that acts on the molecule in a uniform electric field (E) is given by the vector cross product of the electric dipole moment vector (p) and the electric field vector (E):
τ = p x E
The magnitude of the torque is given by the formula:
τ = pE sin(θ)
where
θ is the angle between the electric dipole moment vector and the electric field vector
Therefore, the magnitude of the torque that acts on the molecule in the given electric field is:
τ = (3.152 x 10^-29 Cm)(2.87 x 10^5 N/C) sin(29.5°)
= 4.45458171*10^{-24} Nm
3)The torque exerted on a dipole*in an electric field is dependent on the angle between the direction of the electric field and the dipole moment.
The torque is maximum when the angle between the direction of the electric field and the dipole moment is 90 degrees and the torque will be zero when it's parallel with the field.
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