What happens to the rate of blood delivery if your heart rate increases?(1 point) Responses Blood delivery rate increases Blood delivery rate increases it has no impact on blood delivery rate it has no impact on blood delivery rate Blood delivery rate decreases

Blood delivery rate increases

The rate of blood delivery increases if your heart rate increases.

When your heart rate increases, the rate of blood delivery also increases. This is because the heart pumps more blood with each beat, leading to a higher volume of blood being circulated throughout the body per unit of time. To understand this, you can think of the heart as a pump and the blood as the fluid being pumped. When the pump (heart) works faster, it increases the flow rate of the fluid (blood). Therefore, an increase in heart rate directly corresponds to an increase in the rate of blood delivery.

If your body is in need of more oxygen should you increase or decrease respiration (breathe faster or slower)?(1 point) Responses increase (breathe faster) and breathe more shallow increase (breathe faster) and breathe more shallow decrease (breathe more slowly) and breathe more deeply

increase (breathe faster) and breathe more shallow

Vasodilation is when your blood vessels get larger to allow more blood to pass through. What is the effect of vasodilation on your blood pressure?(1 point) Responses your blood pressure increases (gets higher) your blood pressure increases (gets higher) your blood pressure decreases (gets lower)

your blood pressure decreases (gets lower)

If your body temperature increases (you get hot) happens to your rate of perspiration? Do you sweat more or less?(1 point) Responses your rate of perspiration decreases (you sweat less to stay warm) your rate of perspiration decreases (you sweat less to stay warm) your rate of perspiration increases (you sweat more to cool off) your rate of perspiration increases (you sweat more to cool off) no change occurs

your rate of perspiration increases (you sweat more to cool off)

As your blood sugar drops, your body will release what chemical to stabilize it (bring it back to normal)?(1 point) Responses carbon dioxide carbon dioxide oxygen oxygen insulin insulin glucagon

glucagon

How to adjust the heart and respiration rates if the body's oxygen level drops too low? (2 points) Responses Decrease heart rate and increase respiration rate Decrease heart rate and increase respiration rate Increase heart rate and decrease respiration rate Increase heart rate and decrease respiration rate Increase heart rate and respiration rate Increase heart rate and respiration rate Decrease heart rate and respiration rate

Increase heart rate and respiration rate

What controls how fact you breathe? (2 points) Responses level of carbon dioxide in the body level of carbon dioxide in the body blood pressure in the body blood pressure in the body temperature of the body temperature of the body level of oxygen in the body

level of carbon dioxide in the body

level of oxygen in the body

pick one

level of carbon dioxide in the body

How can you lower the blood pressure for the virtual person in this experiment? (2 points) Responses Dilate the blood vessels (make them wider) Dilate the blood vessels (make them wider) Constrict the blood vessels (make them smaller) Constrict the blood vessels (make them smaller) Increase respiration Increase respiration Close the blood vessels

Dilate the blood vessels (make them wider)

How can you cool the body in this experiment through perspiration settings? (2 points) Responses Increase blood pressure dilation Increase blood pressure dilation Increase perspiration Increase perspiration Decrease perspiration Decrease perspiration Decrease heart rate

Increase perspiration

Which organ is responsible for maintaining a steady level of blood sugar in the body? Responses Kidney Kidney - no response given Brain Brain - no response given Liver Liver - no response given Pancreas

Pancreas

all is correct besides "increase (breathe faster) and breathe more shallow"

I apologize for the confusion. Yes, the correct response is to increase respiration (breathe faster) and breathe more deeply when the body is in need of more oxygen.