Answer:
Sleep debt
Explanation:
Sleep debt is the name given to the difference between the amount of sleep the human body needs to rest and the amount of sleep individuals can get from day to day commitments. It can also be defined as the difference between the amount of sleep achieved and the amount needed to keep vigil alert during the day when the amount reached is less than the amount needed.
Decreased sleep for various reasons creates a kind of debt to the body that can hardly be paid. This debt alters the body by weakening the immune system, inducing the person to have diabetes, morbid obesity, heart disease, memory impairment, poor concentration, vision problems, and sleep that never goes away. Such manifestations resulting from sleep debt may occur in the short and long term, depending on the individual's rhythm of life and the debt they have with the body. As this debt increases, so do the signals.
All Houston Methodist buildings system wide have an emergency power generator that turns on to supply emergency power after normal power shuts down within 10 Seconds.
<h3>How do electric generators work?</h3>
- We simply need to take a comprehensive look at the characteristics of energy that regulate the world around us in order to understand the operation of the power generator.
- Whether organic or artificial, everything that moves, glows, or hums accomplishes so by changing one kind of energy into another.
- Food and nutrients are transformed into physical energy by the human body.
- Electric currents are transformed into aural energy by radios.
- Even the enormous amount of electricity that is made available to the general public comes from other sources.
- For instance, the Hoover Dam uses hydropower, or the ability of water to draw itself toward it, to produce enough electricity to power all of Las Vegas and the surrounding areas.
- The same basic idea governs how both gas and diesel generators operate.
- Electrical energy is created by converting into mechanical energy.
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Answer:
(3) results in the production of more ATP in muscle cells
Explanation:
When exercising, Oxygen is introduced to the muscle cells via the Red Blood Cells. Hemoglobin which is carried by the Red Blood Cells binds with these oxygen to to supply the muscle cells with oxyenated blood. Thus, as blood flows into the muscle cell during exercise, there is increase in the rate at which oxygen is carried to the muscle cells.
On the otherhand, Carbondioxide is not carried to the muscles cells but it is diffused out of the bloodstream as bicarbonate ion (HCO⁻₃).
The change in heart rate that occurs between 1 and 5 minutes of exercise is an adaptation that: results in the production of more ATP in muscle cells. Thi s is becuase, Adenosine triphosphate (ATP) is a compound with high potential energy. The synthesize ATP molecules in the muscle cells is gotten from complex molecules such as carbohydrate, proteins and fats. So during exercise, there are more production of more ATP in the muscle cells to assist in the degradation of carbohydrate, proteins and fats that give rise to pyruvate, amino acids and fatty acids respectively.
