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2 years ago

How is ""maximum"" tension achieved in a whole muscle (assuming optimal length)?

Biology

1 answer:

luda_lava [24]2 years ago

4 0

The maximum tension achieved in a whole muscle by stretching a muscle to its optimum length.

<h3>What is maximum tension of a muscle?</h3>

The maximum tension of a muscle is the maximum force that a muscle can generate when contacting.

The maximum tension equates to the maximum work that a contracting muscle can do.

The maximum tension achieved in a whole muscle by stretching a muscle to its optimum length where actin–myosin interactions are maximal.

Learn more about muscle tension at: brainly.com/question/4259162

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since ph can affect the activity of the antibiotics why would the Kirby bauer test require that the agar have a ph of 7.4

Nutka1998 [239]

We have that for the Question "since ph can affect the activity of the antibiotics why would the Kirby bauer test require that the agar have a ph of 7.4" it can be said that

Why the Kirby bauer test require that the agar have a ph of 7.4 is because while agents may be in excessive activity, given a scenario that the pH is to exceed 7.4 the results might inverse.

From the question we are told

since ph can affect the activity of the antibiotics why would the Kirby bauer test require that the agar have a ph of 7.4

Generally

Agar has a ph value that should exist between 7.2 and 7.4 within a room temperature,given it solidifies and this should be when initially prepared

Therefore

Why the Kirby bauer test require that the agar have a ph of 7.4 is because

while agents may be in excessive activity, given a scenario that the pH is to exceed 7.4 the results might inverse.

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3 years ago

One theory of aging that makes apparent commonsense postulates that organisms have only so much energy to expend in a lifetime.

Mashutka [201]

Given what we know, we can confirm that the basic idea resulting from these studies is that a creature's metabolism is related to its lifespan.

<h3 /><h3>How is metabolism related to lifespan?</h3>

From the studies done and the comparison of the lifespan of certain species in relation to their metabolic rates, scientists have noticed that metabolism and lifespan are inversely proportional. The slower the metabolism of an organism, the longer that organism can live.

Therefore, we can confirm that the basic idea is that a creature's metabolism is inversely proportional to its lifespan, meaning that the faster the metabolism, the shorter the lifespan of the creature in question.

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3 years ago

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3 years ago

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Licemer1 [7]

Answer:

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Explanation:

Also known as white blood cells.

The question already indicated that the right answer is. I wonder why it's still posted.

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