<span>What
do these conditions have in common and what conditions are not listed
that might require medical attention before starting an exercise
regimen?
</span>They can all affect the heart and lungs . If present while starting a
new exercise regime these conditions can cause these organs to fail if
the regime is too strenuous for you . Conditions like asthma ,
hypertension , any heart diseases , lung diseases , cancer or anything
that can affect the heart and lungs .
Energy cause it would waste all of the battery and create high voltage
The correct answer is A. Carbohydrates contain a lot of glucose, and insulin regulates blood glucose.
Explanation:
Glucose is a substance produced by the liver, this substance is important for the metabolism because it regulates glucose levels in the blood by making cells absorb glucose and use it for different functions or store it. This also implies the higher the glucose level in food is the more insulin is produced. Due to this, the intake of carbohydrates that contain a lot of glucose causes the body to release insulin as the body breaks carbohydrates into glucose and the level of glucose is soon regulated by insulin. According to this, the reason body releases insulin after a meal high in carbohydrates is "Carbohydrates contain a lot of glucose, and insulin regulates blood glucose".
Answer:
Agonist muscles and antagonist muscles refer to muscles that cause or inhibit a movement.
Explanation:
Agonist muscles cause a movement to occur through their own activation.[4] For example, the triceps brachii contracts, producing a shortening contraction, during the up phase of a push-up (elbow extension). During the down phase of a push-up, the same triceps brachii actively controls elbow flexion while producing a lengthening contraction. It is still the agonist, because while resisting gravity during relaxing, the triceps brachii continues to be the prime mover, or controller, of the joint action. Agonists are also interchangeably referred to as "prime movers," since they are the muscles considered primarily responsible for generating or controlling a specific movement.
