Answer:
C) The macrophage contains more lysosomes than the nerve cell because it needs to digest more unwanted materials than the nerve cell.
Explanation:
It is correct because lysosomes are needed to digest the unwanted materials.
What is best described as the energy of motion?
Answer: Kinetic energy
Explanation:
Kinetic energy is the energy of motion. All moving objects have kinetic energy. When an object is in motion, it changes its position by moving in a direction: up, down, forward, or backward.
What happens when an organism has more carbohydrates than needed to meet its energy requirements? The organism begins to break down fats. The organism begins to break down fats. The organism begins to break down proteins. The organism begins to break down proteins. The extra energy is converted to protein and stored. The extra energy is converted to protein and stored. The extra energy is converted to fat and stored until needed.
Answer:
The correct answer is - The extra energy is converted to fat and stored until needed.
Explanation:
When someone intakes more carbohydrates than they need at a particular time body converts the excess amount of the carbohydrate into glycogen and stored in the liver cells.
One glycogen level is full the insulin starts converting the carbohydrate into fatty acids that move to different parts of the body and stoored like adipose tissue in the belly and thigh.
Thus, the correct answer is - The extra energy is converted to fat and stored until needed.
unlike a eukaryotic cell, a prokaryotic cell lacks
Answer:
[tex]\huge\boxed{\sf Nucleus}[/tex]
Explanation:
Eukaryotic Cell:
Greek Word : "Eu" means "Good" and "Karyon" means "Nut" which means that they have a Nucleus.
Prokaryotic Cell:
Greek Word : "Pro" means "Before" and "Karyon" means "Nut" which means that they lack Nucleus.
Difference:
The main difference between both is of a "Nucleus".
Hope this helped!
~AnonymousHelper1807What are the processes in which material move through a cell?
The passive forms of transport, diffusion and osmosis, move materials of small molecular weight across membranes. Substances diffuse from areas of high concentration to areas of lower concentration; this process continues until the substance is evenly distributed in a system.
What are the openings (pores) called that allow these molecules to enter leaves? What molecule enters the plant through the roots?
Answer: Stomata
Explanation:
Stomata are pores in the leaf that allow gas exchange where water vapor leaves the plant and carbon dioxide enters.
how do you find the percent of water inside a cell
Answer:
Well I know that it is 30% water and 70% salt. I dont really know much but thats the farthest I can give you.
Hope this helps!
A scientist wants to use a radioactive isotope of phosphorus to radiolabel
certain molecules in a culture of cells he is growing. If the scientist uses
32P, which of the following groups of macromolecules will be labeled in the
culture of cells? *
Answer:
He can label the cell membranes of the cells with phosphorous (P32) because cellmembrane of cells are made of Phospholipid bilayer.
Carbon is a common in _____ matter too in rocks and soil dissolved in seawater inside the earth' s mantle and the air ,as_________
Where in the chloroplast is the chemiosmotic gradient developed.
Is oryza sativa autotroph or heterotrophic
Answer:
Oryza sativa(rice) is an autotroph
Explanation:
Oriza sativa is the scientific name for rice.And rice is a plant and majority of all plants are autotrophs. Which means they contain the organelle chloroplast which is responsible for making their food.
13. Radha's mother makes fluffy idlis, everyone likes them.
a) How does idli batter become soft?
b) What are the organisms involved in it?
What bird makes the longest migration of any animal in the world?.
Answer:
The world's best long-distance migratory is the Arctic Tern. It spends its summers in the Antarctic and its winters in the circumpolar Arctic and sub-Arctic. According to tracking investigations, the birds travel around 44,100 kilometers every year.
Explanation:
What type of tissue acts like a belt, holding cells together?.
How do living things use matter such as carbon, nitrogen, phosphorus and water?
Answer:
Every living organism is made up of carbon, nitrogen, and phosphates. Nitrogen and carbon are found in amino acids which make up proteins. Phosphates make up DNA and ATP.
Explanation:
Karissa is conducting an experiment on the amount of salt that dissolves in water at different temperatures. She repeats her tests several times using the same procedure. What can Karissa do to further increase confidence in the results of her experiment?
Answer:
She could time how long it takes for each amount of salt dissolves in the waters. (as well as keep each amount of salt the same if she was not doing that already.)
Explanation:
This way, she could observe which water is best for dissolving solvents and which is most affective in the shortest amount of time. If she was not timing how long it takes for salt to dissolve in different temperatures of water, then the experiment may as well have been useless unless there is somehow a different objective.
Answer:
she could make sure the experiment follows a specific procedure that allows other scientists to produce the same findings
State the differences between organic
matter and inorganic fertilizer
Answer:
The organic matter is all natural came from the earth. But on the other hand, inorganic fertilizer is not natural it is chemical to make the grass more rich and healthy and they already stored all the nutrients in the fertilizer so it can work. I hope I helped
what is transpiration caused by
respiration is caused by the presence of chlorophyll in the plants and plenty of sunshine that leads to excessive loss of water in the plants
Let's have a little fun, shall we?
What is the Animal with the strongest bite (IN THE OCEAN)
Answer:
a salt water crocodile
Explanation:
hooke focused his work on _____ and did not believe that anything else had cells
Use the drop-down menus to complete the sentences. the neuron that transmits the impulse is called the , and the cell receiving the impulse is called the . when a nerve impulse arrives at the axon terminal of the neuron, it triggers the release of molecules called . these molecules diffuse across the synapse and bind to receptors on the next cell.
Answer:
A.presynaptic cell B.postsynaptic cell C.neurotransmitters
Explanation:
Your welcome.
The neuron that transmits the impulse is called the "presynaptic neuron", and the cell receiving the impulse is called the "postsynaptic neuron".
What are neurons?Neurons, also known as nerve cells, are specialized cells that transmit electrical and chemical signals throughout the body. They are the basic units of the nervous system, which includes the brain, spinal cord, and peripheral nervous system.
Thus, the neuron that transmits the impulse is called the "presynaptic neuron", and the cell receiving the impulse is called the "postsynaptic neuron". When a nerve impulse arrives at the axon terminal of the neuron, it triggers the release of molecules called "neurotransmitters". These molecules diffuse across the synapse and bind to receptors on the next cell.
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If light color is a recessive trait and the trees stay dark forever, could the light colored moths eventually become extinct? Why or why not?
Answer:
The light moths could become extinct eventually
Explanation:
If trees stay dark forever the light moths are easier to prey upon and eventually negative selection pressure will decrease the population of light moths until it is virtually nonexistent.
For a real life case of this, look into pepper moths and the Industrial Revolution.
If the light-colored trait is truly recessive, the moths may still carry the gene and could reappear in future generations.
What is a recessive trait?A recessive trait is a genetic characteristic that is only expressed when an individual inherits two copies of the recessive gene, one from each parent. In other words, a recessive trait is only observable when the dominant version of the gene is absent.
For example, if a person inherits a dominant brown-eye gene from one parent and a recessive blue-eye gene from the other parent, they will have brown eyes, as brown is the dominant trait. However, if both parents pass on the recessive blue-eye gene, the individual will have blue eyes, as there is no dominant gene present to override the recessive gene.
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If a cell does not pass a checkpoint it may commit what, programmed cell death
Answer:
If the checkpoint mechanisms detect problems with the DNA, the cell cycle is halted, and the cell attempts to either complete DNA replication or repair the damaged DNA. If the damage is irreparable, the cell may undergo apoptosis, or programmed cell death 2.
hope this helps :)
are limiting factors biotic or abiotic
Answer:
Limited factors are more likely to be biotic because like food, mate and competition with other organisms for resources.
Explanation:
celcia diease is a condition that prevents people from eating food products that contain glunten. Gluten is protien compound found in some foos such as whaet products. For people with celiac disease,a protein in gluten interferecs with the absorption of variuos nutrients, minerals, and vitamins. which body system is responsible for breaking down gluten
My Answer:
Small intestine. This 23-inch long intestine is essential during the digestion process. If it is damaged by gluten consumed by someone with Celcia, it will misfunction and become impaired which can lead to complications.
How did the temperatures in the nebula affect
development of planets within the disks?
Answer:
because they were rocky dry and cold because nebula had these characteristucs
Explanation:
Which statement may plausibly explain type II diabetes, but not type I diabetes?
The statement that may explain type II diabetes is that a protein that is normally activated by the insulin receptor does not perform its function. That is option C.
Causes of type II diabetesDiabetes mellitus is a metabolic disorder that occurs due to the inability of the body cells to utilize the insulin produced as seen in type II diabetes or the inability of the pancreatic cells to produce insulin in enough quantity.
In type II diabetes, there is presence of insulin in the bloodstream of the patient but the body cells are not able to make use of it to metabolize glucose.
This is because when the protein that is activated by insulin receptor fails to function, problems with insulin signalling can occur which impairs the proper management of glucose levels in the blood.
Therefore, the statement that may explain type II diabetes is that a protein that is normally activated by the insulin receptor does not perform its function.
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An object with a density_____
1.0 g/mL will float in water.
Greater than
Less than
Equal to
Why do you think the cell creates many mitochondria?
Mitochondria is the powerhouse of cell therefore, cell creates many mitochondria.
What is mitochondria?The majority of the chemical energy required to drive a cell's metabolic operations is produced by mitochondria, which are membrane-bound cell organelles (mitochondrion, singular).
Adenosine triphosphate, a tiny molecule, serves as a storage container for the chemical energy generated by the mitochondria (ATP). Small chromosomes found in mitochondria are found there.
Organelles that are membrane-bound include mitochondria, however they are membrane-bound with two distinct membranes. And for an intercellular organelle, that's extremely remarkable. Those membranes provide the fundamental function of mitochondria, which is to produce energy.
Therefore, Mitochondria is the powerhouse of cell therefore, cell creates many mitochondria.
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What is chromosomes?
Answer:
attached image to help u
Explanation:
A chromosome is a long DNA molecule with part or all of the genetic information.
Help pls;( ASAP
you see a mosquito land on your hand and swat at it. A signal passes through many parts of different neurons to make this happen. Which component of the nervous system is the last to be involved in this process?
A. Dendrites in sensory neurons
B. Axons in motor neurons
C. Axons in sensory neurons
D. Dendrites in motor neurons
The reflex arc is the sequence of events since the body receives an external stimulus (seeing a mosquito landing on your hand) until it reacts (swapping at the mosquito). In the exposed example, the last components in the NS involved in the process are the Axons in motor neurons.
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The reflex arc refers to the sequence of events since the body receives an external stimulus until it reacts.
In general terms, a stimulus of varying nature reaches the body, the peripheric nervous system -PNS- receives the stimulus and sends this information to the central nervous system -CNS-. The CNS processes the information and sends another signal as a response to the stimulus.
Five elements compose the reflex arc, which are receptors, three types of neurons, and effectors.
The neurons involved in the mechanism are:
• Afferent or sensorial neurons
• Interneurons
• Efferent or motor neurons
Action:
• Ascending branch
The stimulus reaches the body and is received by the specialized sensory receptors. Afferent neurons, placed in the dermis and epidermis, receive this information from receptors, react and send it to the central nervous system as nerve impulses.
• Descending branch
Interneurons in the CNS, process the information and send a motor response. Efferent neurons carry the response from the CNS to the effector organs, which might be either a muscle or a gland.
Finally, the target tissue responds to the stimulus as a contraction -muscle-,or as hormones release -gland-.
A motor neuron is formed by a cellular body, dendrites (cytoplasmic extensions that receive stimuli from other cells), and a long axon that is capable of conducting the electrochemical signals. The axon brunches out into several extensions when it approaches the muscle. At the end of each brunch, the axon is inserted in the muscle fiber surface, composing neuromuscular join. This is the last part of the NS involved in the process before the muscle contracts.
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