COLUMN A

Which processes need to increase (for Glucose, more toward Glucagon) in order to achieve normality and which need to move down (

AfilCa [17]

Answer:

Gluconeogenesis is needed to increase the blood glucose level and glycolysis is need to decrease or to move down the blood glucose level

Explanation:

Gluconeogenesis and glycolysis occur inside our body in response the blood glucose level.

When blood glucose level is low at that time gluconeogenesis is triggered by hormone glucagon released from alpha cells of pancreas by the same way when the glucose level is high at that time glycolysis is triggered by the insulin hormone.

The two processes gluconeogenesis and glycolysis occur in oue body to maintain homeostasis of blood glucose level.

6 0

2 years ago

Choose the items that complete the sentence about the key features of f(x) = 8x. The y-intercept is Choose... , the asymptote is

prisoha [69]

Answer:

I suppose that the equation is:

f(x) = 8/x

(You wrote 8x, this is a linear function, so it has no asymptotes, then I assume that the actual function was 8/x)

The y-intercept is the value such that f(x) = 0

Notice that there is no value of x such that 8/x = 0 (if the numerator is never zero, then the quotient can't be zero)

So we do not have an y-intercept.

The asymptote:

Here we have four:

if x tends to zero from the negative side, then:

8/x tends to negative infinity.

if x tends to zero from the positive side, then:

8/x tends to positive infinity.

These two asymptotes can be written as:

$\lim_{n \to \_-0} \frac{8}{x} = -\infty\\ \lim_{n \to \_+0} \frac{8}{x} = +\infty$

We also have two when x tends to plus infinity (and 8/x goes to zero) and when x tends to negative infinity, such that the function tends to zero again, these two can be written as:

$\lim_{n \to \infty} \frac{8}{x} = 0\\ \lim_{n \to -\infty} \frac{8}{x} = 0$