Which body systems can you control in this activity for the virtual person? Select all that apply(5 points) Responses Blood Delivery Blood Delivery Glucose Glucose Sleep Sleep Body Temperature Body Temperature Blood Pressure Blood Pressure Food Intake Food Intake Pulse Pulse Oxygen Need
Blood Delivery
Glucose
Sleep
Body Temperature
Blood Pressure
Food Intake
Pulse
Oxygen Need
In this activity for the virtual person, you can control the following body systems:
1. Blood Delivery - This refers to the circulatory system, which includes the heart, blood vessels, and blood. You can control the amount and rate of blood being delivered throughout the body.
2. Glucose - This is related to the endocrine system, specifically the regulation of blood sugar levels. You can control how much glucose is present in the virtual person's blood.
3. Sleep - This relates to the sleep-wake cycle and is controlled by the central nervous system. You can control the virtual person's sleep patterns and duration.
4. Body Temperature - This is regulated by the thermoregulatory system, which involves the brain, skin, and various internal organs. You can control the virtual person's body temperature, making it warmer or cooler.
5. Blood Pressure - This is also part of the circulatory system and is controlled by the heart and blood vessels. You can control the virtual person's blood pressure, increasing or decreasing it.
Please note that the options given in your question are repetitive (e.g., "Blood Delivery" and "Glucose" are mentioned twice). However, based on the options provided, these are the body systems you can control in the activity.
In this activity for the virtual person, you can control the following body systems:
1. Blood Delivery: This system controls the circulation of blood throughout the body.
2. Glucose: This system regulates the levels of glucose (sugar) in the bloodstream.
3. Sleep: This system regulates sleep patterns and durations.
4. Body Temperature: This system regulates body temperature.
5. Blood Pressure: This system controls the force exerted by blood against the walls of blood vessels.
Therefore, the correct answers are:
- Blood Delivery
- Glucose
- Sleep
- Body Temperature
- Blood Pressure
delivery
I apologize for the misunderstanding. If you are referring to the delivery of items or products, it is not a body system that can be controlled within the context of a virtual person's physiology. The options I previously mentioned are related to physiological body systems.
What happens to the rate of blood delivery if your
heart rate increases? (1 point)
it has no impact on blood delivery rate
Blood delivery rate decreases
Blood delivery rate increases
@bot
If your heart rate increases, the rate of blood delivery increases.
If your body is in need of more oxygen should you
increase or decrease respiration (breathe faster or
slower)? (1 point)
increase (breathe faster) and breathe more
shallow
decrease (breathe more slowly) and breathe
more deeply
If your body is in need of more oxygen, you should increase respiration, which means breathing faster, not slower.
what is the answer
The correct answer is:
You should increase respiration (breathe faster) and breathe more shallowly to take in more oxygen.
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)
your blood pressure decreases (gets lower)
your blood pressure increases (gets higher)
The effect of vasodilation on blood pressure is that it decreases. In other words, when blood vessels get larger during vasodilation, it allows more blood to pass through, which leads to a decrease in blood pressure.
If your body temperature increases (you get hot)
happens to your rate of perspiration? Do you sweat
more or less? (1 point)
no change occurs
your rate of perspiration increases (you sweat
more to cool off)
your rate of perspiration decreases (you sweat
less to stay warm)
If your body temperature increases (you get hot), your rate of perspiration increases. This means you sweat more in order to cool off your body.
As your blood sugar drops, your body will release
what chemical to stabilize it (bring it back to normal)?
(1 point)
glucagon
insulin
oxygen
carbon dioxide
As your blood sugar drops, your body will release glucagon to stabilize it and bring it back to normal levels.
Read the section about Heart Rate, and answer the
following.
How to adjust the heart and respiration rates if the
body's oxygen level drops too low?
(2 points)
Decrease heart rate and respiration rate
Increase heart rate and decrease respiration rate
Increase heart rate and respiration rate
Decrease heart rate and increase respiration rate
If the body's oxygen level drops too low, the appropriate adjustment to the heart and respiration rates would be to increase the heart rate and respiration rate.
Read the section about Respiration and answer the
question that follows.
What controls how fact you breathe?
(2 points)
level of carbon dioxide in the body
temperature of the body
blood pressure in the body
level of oxygen in the body
The level of carbon dioxide in the body controls how fast you breathe.
Read the section about Blood Pressure and answer
the following.
How can you lower the blood pressure for the virtual
person in this experiment?
(2 points)
Dilate the blood vessels (make them wider)
Constrict the blood vessels (make them smaller)
Close the blood vessels
Increase respiration
To lower the blood pressure for the virtual person in this experiment, you can dilate the blood vessels, which means making them wider.
Read the section about Perspiration and answer the
following.
How can you cool the body in this experiment
through perspiration settings?
(2 points)
Increase perspiration
Decrease heart rate
Increase blood pressure dilation
Decrease perspiration
In this experiment, to cool the body through perspiration settings, you should increase perspiration.
Read the section about Blood Sugar and answer the
following.
Which organ is responsible for maintaining a steady level
of blood sugar in the body?
(2 points)
Brain
Liver
Pancreas
Kidney