Answer:
true
Explanation:
I had the same question
ators
4 Support Your Claim Can you use a
thermometer to measure thermal energy?
Support your claim with evidence.
When energy is lost in energy transformations, this energy is usually lost as _____.
A: Cooling
B: Heat
C: Ice
D: Power
Answer:
B
Explanation:
Energy is heat, and when you lose energy, you give out heat.
Answer:
Heat!
Explanation:
Heat is the most dissipated form of energy.
Hope this helps! Let me know if I could help further or if I made any mistakes.
24. The wires carrying electricity are not strung tightly. Justify
Anybody send me the answer
Answer:
The wires used in lines are made up of metals such as copper, metals are used because they conduct heat and electricity.
Metals expand when there is increase in temperature and contract when the temperature lowers down, the wires get heated up due to high voltage of electricity that flows through it that increases the vibration of atoms in a metal and leads to rise of temperature. That is why the metala are not strung tightly.
the place where a living organism lives and grows naturally is called____________.
a. environment.
b. surrounding.
c.habit.
d. habitat.
Answer:
d. habitat
Explanation:
The place where a living organism lives and grows naturally is called a habitat.
Because living beings are the same and at the same time different
Answer:
Explanation:
Living beings are an individual being, with alive by which it denotes its name, we have a life cycle and a feeding cycle that nourishes part of our organism, however this does not mean that we are the same in everything.
There are living beings suitable for different environments of life, sea, ice, heat, land, and these are the factors that differentiate us, many of these species only live under the water they breathe through trach and not a breathing system like that of dogs. example.
This is one of many differences, we are living beings but we do not have the ability to clean the atmospheric air as silver does with CO2.
The differences are multiple and vary in themselves for each living being on planet earth.
Patient X has a mutation in his/her skin cells patient X is worried about passing the mutations to future children. True or false patient X should be worried about passing on the mutation in his/her cell
A. True
B. False
explain what is happening in the moss, the fern, the pine and the angiosperm
Answer:
nating
Explanation:
nating because never seen some in world
5. A student draws the model shown below.
Y
Sun
х
X
Earth
Which of these best compares the conditions at Location X and Location Y?
There are more hours of daylight at Location X than at Location Y.
What is Daylight?This refers to the light during the day as a result of the source of light known as the Sun.
Since Location X is in close proximity with the Sun, it will have more hours of daylight when compared with location Y.
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HELP ME OUT PLS!!!!!!
Phase of the moon where only a very small part of the lit surface is seen from Earth.
O Gibbous
O Quarter
O Crescent
O Full
Answer:
Quarter
Explanation:
I believe thats the correct answer
Answer:
This phase is known as the "Quarter moon"
Explanation:
Question 3 Which of the following provides the best evidence that organ systems in the human body interact with one another? Shivering in response to sensing of cold environment Storing waste products for later elimination Breaking down nutrients from ingested food Exchanging of gases with the atmosphere
Answer:
its a
Explanation:
a is correct because shivering is a response to the cold and it happens with ur circulatory and nervous systems.
Why are seeds an evolutionary advantage for seed plants?
Seeds allow for the transport of water and nutrients.
Seeds develop into adults without sexual reproduction.
Seeds protect and nourish young, growing plants.
Seeds provide the materials for photosynthesis.
Answer:
SEEDS ALLOW THE TRANSPORT OF WATER AND NUTRIENTS.
Explanation:
several layers of hardened tissue prevent desiccation, freeing reproduction from the need for a constant supply of water. Seeds contain an embryo that allows them to remain dormant until such time that their environmental conditions improve before they can grow and develop into plants.
Answer:
A. Seeds allow transport
Explanation:
Cuz
1. Which of the following is true of T-lymphocytes?
PLZ HELP YALL......................
Answer:
The three domains are the Archaea, the Bacteria, and the Eukarya
I would select Eukarya
Answer:
Eukarya
Explanation:
Since this is biologically, the broadest term for a living organism out of the three other choices.
What does a terminator sequence do?
A. tells the DNA strand to attach to RNA polymerase
B. tells RNA polymerase to STOP transcription
C. tells RNA polymerase to START transcription
D. tells the nucleus to remove RNA polymerase from the
DNA strand
what i can do to save the earth?
Answer:
Recycle
Explanation:
U can also use led lights, they consume less and dont waste that much energy. There are lots of more things, im pretty sure u will find tons in google! Hope i helped
Answer:
reduce,reuse,recycle,upcycle
Explanation:
Describe and give and example of a fibrous joint, a cartilaginous joint, and a synovial joint.
Articulaciones sinoviales
Las articulaciones sinoviales son conexiones entre componentes esqueléticos en las que los elementos implicados se encuentran separados por una estrecha cavidad articular. Además de incluir una cavidad articular, estas articulaciones tienen varios rasgos característicos.
En primer lugar, una capa de cartílago, habitualmente cartílago hialino, cubre las superficies articulares de los elementos esqueléticos. En otras palabras, las superficies óseas no contactan normalmente entre sí de forma directa. Como consecuencia, cuando se ven estas articulaciones en radiografías normales, un amplio intervalo parece separar los huesos adyacentes, porque el cartílago que cubre las superficies articulares es más transparente a los rayos X que el hueso.
Una segunda característica de las articulaciones sinoviales es la presencia de una cápsula articular consistente en una membrana sinovial interna y una membrana fibrosa externa:
La membrana sinovial se fija a los márgenes de las superficies articulares en la interfase entre el cartílago y el hueso, y envuelve la cavidad articular. La membrana sinovial está altamente vascularizada y produce líquido sinovial, que se acumula en la cavidad articular y proporciona lubricación a las superficies articulares. También aparecen sacos cerrados de membrana sinovial fuera de las articulaciones, donde forman bolsas sinoviales o vainas tendinosas. Las bolsas se interponen a menudo entre estructurahttp tendones y hueso, tendones y articulaciones, o piel y hueso, y reducen la fricción de una estructura al moverse sobre otra. Las vainas tendinosas rodean los tendones y también disminuyen la fricción.
La membrana fibrosa está formada por tejido conjuntivo denso y rodea y estabiliza la articulación. Partes de la membrana fibrosa pueden verse engrosadas para formar ligamentos, que estabilizan aún más la articulación. Los ligamentos externos a la cápsula suelen aportar un refuerzo adicional.
g _______________ is the first amino acid in eukaryotic translation. Group of answer choices N-formylmethionine NONE OF THESE are good answers the translation start site AUG methionine
Methionine is the first Amino acid in eukaryotic translation.
What is Amino Acid?Amino acid are building blocks of protein.
Amino acid are classified as either essential or non essential Amino acids.
Examples of Amino acid are methionine, lysine,leuscine and so on.
Methionine is a type of essential Amino acids that is found in eukaryotic animals.
It help in metabolism and health in species of animals.
Eukaryotic animals have tRNA that help to recognise the start of codons and it insert methionine and making it the first Amino acids.
Therefore, Methionine is the first Amino acid in eukaryotic.
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Mutation occurs and the GGA coden is changed to GGA. What effect does the substitution have on the amnio acid?
Answer:
The replacement of a base at a codon, as occurs when the GGA codon is changed to CGA, causes a change in the amino acid glycine to arginine.
Explanation:
Nitrogen base changes in a codon usually result from base changes in the DNA before transcription into messenger RNA, called point gene mutations.
In the case presented, the substitution of the guanine base by cytosine in the GGA codon —resulting in a CGA codon— generates a change in the coding amino acid, resulting in arginine instead of glycine.
The change of an amino acid in a peptide or protein can mean an alteration in the structure or function of these molecules.
Because an amino acid can be encoded by several codons, changes of a nitrogen base at a codon sometimes do not involve changes in the amino acid sequence of a protein.
What are the signaling processes in animal and plant cells? Is there any differences?
Question (1): Explain how the earliest philosophers arrived at the conclusion that "this primary entity
(arche) always persists".
The leaders of the earliest philosophers were Socrates and Aristotle. This led the thinkers who arrived at the conclusion regarding the Primary Entity.
What was the proof for the conclusion of the Primary Entity?
Their logic for arriving at the above conclusion that "the primary entity (arche) always persists)" was that, since nothing can be completely annihilated or truly generated from the origin, but each returns to it's origin if they are destroyed, then it means that the primary entity must always persist.
In simple language, nothing is either destroyed or created.
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Utilizes the semi-permeable membrane and transports proteins is active transport, passive transport, or both.
Answer:it’s both
Explanation:
Select all that apply (Contain carbon, hydrogen, and oxygen
A( Carbohydrates
B( Lipids
C( Proteins
D( Nucleic Acids
E( None of the above
Answer:
the answer is A and D. pretty sure the answer is A&D
For decades scientists have been perplexed by different circumstances surrounding families with rare, early-onset auditory neuropathy (deafness). In some families, parents and grandparents of the proband have normal hearing, while in other families, a number of affected (deaf) family members are scattered throughout the pedigree, appearing in every generation.
Required:
Assuming a genetic cause for each case, offer a reasonable explanation for the genetic origin of such deafness in the two types of families.
Deafness in the two types of families occurs through a recessive gene.
What Heredity?Heredity is the transmission of inherited characters from parents to offspring through the genes.
Inherited traits may be due to dominant or recessive genes.
Triats inherited through dominant genes are always expressed in every generation.
Triats inherited through recessive genes do not always appear one every generation.
Since deafness appears in some members of the family and not in others, it means that deafness is inherited through recessive genes.
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A plant native to the chaparral would be expected to __________.
A)
require frequent rainfall
B)
tolerate nutrient-poor soil
C)
have large, soft leaves
D)
be tall with large branches
E)
have thick, very hard stems
Answer:
A. require frequent rainfall
Explanation:
edge 2020
Which of the following is true about mangroves?
A)
Mangroves got their name from the monkeys that inhabit the areas.
B)
Mangroves grow on low-energy coasts.
C)
Mangrove forests help mitigate storm damage.
D)
The world’s largest remaining tract of mangrove forest is in Australia.
E)
Mangroves have only one type of root system.
Answer:
E. Mangroves have only one type of root system
Explanation:
Mangrove species are those species of plants found in a saline environment. The soil they are found is usually shallow and swampy (water-logged). They possess characteristics feature that helps them adapt and survie in their habitat.
One of those features is the possession of PNEUMATOPHORES OR BREATHING ROOTS, which is a kind of root system that extends out so that the pores on them can allow the intake of gases directly from the atmosphere.
The statement that is true about mangroves is that mangrove forests help mitigate storm damage. The correct answer is option C.
Mangroves are a type of coastal tree that are able to grow in saltwater. They are found in tropical and subtropical regions around the world, and they play an important role in coastal ecosystems.
Mangrove forests are able to mitigate storm damage by acting as a natural barrier against storm surges and waves. The dense root system of mangroves helps to stabilize shorelines and prevent erosion, while the trees themselves can absorb a significant amount of the energy from storm waves. Mangroves are also important habitats for a variety of marine and terrestrial species, including birds, fish, and reptiles.
Therefore, the statement that best describes mangrove forest is option C.
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Which structure is part of the endomembrane system?
Answer:
The main components of the endomembrane system are endoplasmic reticulum, Golgi apparatus, vesicles and cell membrane and nuclear envelope.
Hope this helps out
Explanation:
The Endoplasmic reticulum is a part of the endomembrane system in eukaryotic cells.
What do you mean by Endomembrane system?The Endomembrane system may be characterized as a series of membranes and organelles in eukaryotic cells that significantly functions together in order to alter, package, and transport lipids and proteins within the components.
Apart from the endoplasmic reticulum, the Golgi apparatus, lysosomes, vacuoles, etc. are also included in the category of the endomembrane system in eukaryotic cells.
The plasma membrane is also part of the endomembrane system. This is because the plasma membrane remarkbly interacts with the other endomembrane organelles.
Therefore, the Endoplasmic reticulum is a part of the endomembrane system in eukaryotic cells.
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Your question seems incomplete. The complete question is as follows:
Which structure is part of the endomembrane system?
Mitochondria.Endoplasmic reticulum.Chloroplast.Peroxisomes.Which statement about force is incorrect?
A. Some forces keep objects around us from moving.
B. Some forces cause objects around us to move.
C. Force is the ability to change motion and transfer matter.
D. Force causes changes in the motion and energy of matter.
force causes changes in the motion and the energy of matter
please answer this in points ASAP
Mention any five importances of biodiversity.
Answer:
Biodiversity Protects Us. Biodiversity makes the earth habitable. Biodiverse ecosystems provide nature-based solutions that buffer us from natural disasters such as floods and storms, filter our water and regenerate our soils.
What type of molecule most easily moves through a phospholipid bilayer?.
Answer:
Nonpolar Molecules
Explanation:
In a human somatic cell (normal body cell) that is in G2, what would be true about chromosome number and structure?
a. These cells would be considered haploid (n).
b. These cells would be considered diploid (2n).
c. These cells would be considered tetraploid (4n).
d. These cells would contain homologous chromosomes.
e. These cells would contain sister chromatids.
f. The chromosomes will be aligned in the middle of the cell.
Answer:
Somatic cells contain 46 chromosomes, as opposed to gametes/se,x cells which have 23. These chromosomes are found in diploid pairs.
Explanation: