Whats an entire group of muscles that work together called?

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Answer 1
Answer: An entire group of muscles that work together is called a synergist.

Related Questions

Very thick stems are specialized for a. clinging and climbing. b. strength and support. c. storing water or food. d. photosynthesis
The phenotype frequency in a population changes after each generation. Which would most likely be causing this?
19. A material with a shape that remains unchanged when it is moved from one container to another is a(n)________
If the velocity of an object changes, its momentum changes. -True -False
Two or more tissues together with a special job form a(n):heredity brain organ neuron

Organisms at the bottom of the pyramid produce enough usable chemical energy to support the entire ecosystem through____. A). predation Reactivate B). photosynthesis C). cell respiration D). anaerobic respiration

Answers

The right answer is B). photosynthesis.

Photosynthesis is a biosynthesis of transforming light energy into organic compounds. Light, in the form of photons, is captured by a colored pigment associated with a mineral or organic electron donor, and allows the use of mineral material for the synthesis (manufacture) of organic compounds: it is the photophosphorylation phase photosynthesis. Cytochromes play a role of electron carrier.

The correct answer is letter B. They use photosynthesis to produce chemical energy to support the entire ecosystem. Hope this answer helps. Good luck!

1.
Describe two advantages of genetic engineering.

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One advantage of genetic engineering is the production of valuable proteins: recombinant DNA made possible the use of bacteria to produce proteins of medical importance such as genetically engineered human insulin which is of great importance.
Another advantage is the production of vaccines. Vaccines produced by genetic engineering offer an advantage that the microbial strains from which proteins are extracted do not contain complete viruses and thus there is no risk of accidental inoculation with live virus. 

When marking an animal for the mark/recapture technique, what can a scientist do to ensure the mark does not lower the organism’s chance of survival, and thus throw off the population estimate?

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You should make it unobtrusive to avoid it attracting attention or hindering it in any way. What you can do is shave a small patch of fur from underneath the animal, and this couldn't be noticed by predators from sides but could easily be noticed by a scientist that captures it.

Which of the following organisms is classified in the Plant Kingdom? earthworm maple tree mushroom mollusk

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The maple tree is in the Plant Kingdom. The earthworm and mollusk are in the Animal Kingdom, and mushrooms are in the Kingdom of Fungi.

What is a plants epidermis? What is its function?

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the outer layer of a plant is the cuticle and it helps retain water!

Nicotine acts in the brain by: Multiple Choice increasing serotonin reuptake. enhancing GABA's inhibitory effects. reducing blood flow to the cerebral cortex. first stimulating and then blocking cholinergic receptors.

Answers

Answer:

first stimulating and then blocking cholinergic receptors

Explanation:

Nicotine is a type of stimulant that is chemically alkaloid. It works as the receptor agonist at the nicotinic acetylcholine receptor. It is a type of addictive chemical that increases the blood flow, heart rate and some biochemical reactions of the body. In the brain, it has stimulation as well as blocking effect. Medically, it is used for various purposes such as quitting smoking and some other.

Final answer:

Nicotine stimulates and then blocks cholinergic receptors in the brain, leading to both stimulating and relaxing effects.

Explanation:

Nicotine acts in the brain by first stimulating and then blocking cholinergic receptors. It first acts as a stimulant, increasing the release of acetylcholine, which causes excitatory effects in the brain. Eventually, the cholinergic receptors become desensitized and eventually blocked, leading to a reduction in acetylcholine's activity. This process helps explain why tobacco usage can both stimulate and relax users. When nicotine binds to these receptors, it activates them, leading to the release of dopamine and other neurotransmitters, producing pleasurable effects.

Learn more about Nicotine action in brain here:

brainly.com/question/33441339

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