the___ provides our bodywith the first 12 sec.+/- of energy
Answers
Answer:
carbohydrates and proteins
Explanation:
Carbohydrates are your body's main source of fuel or energy. Carbohydrates act like the gasoline in a car. Carbohydrates turn into glucose (or sugar) in your body. Your working muscles and brain need this glucose to work well. You cannot live without them.
Protein helps to build tissue and repair your body after damage or stress.
FINAL ANSWER- carbohydrates and proteins
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Answer:
Concept:
The ATP-PC system is made up of phosphocreatine and adenosine triphosphate (ATP), as its name suggests (PC). These high energy phosphates that have been stored are broken down by this energy system to produce instant energy. When this energy system is "fully supplied," it may support energy for brief bouts of exercise at its maximal intensity for 10 to 15 seconds before running out. Consider your ATP-PC system to be the V8 of your energy systems; it gives you the greatest "power" by producing ATP the quickest of all your energy systems, which powers all very high intensity activities. However, it has a drawback in that it burns out quite quickly.
Given:
The ________ provides the initial 12+/- seconds of energy to our body.
Find:
find the answer for the given blank
Answer:
ATP-PC Energy System
The initial 12 seconds or so of our body's energy are provided via the ATP-PC Energy System.
The ATP-PC system is made up of phosphocreatine and adenosine triphosphate (ATP), as its name suggests (PC). These high energy phosphates that have been stored are broken down by this energy system to produce instant energy. The muscle molecule creatine phosphate (CP), which is stored there, is used by the ATP-PC system to resynthesize ATP. This molecule's disintegration releases the energy required for the ADP and free phosphate to recombine and form ATP. Because it operates without oxygen and produces no waste products, this system is anaerobic.
Since it doesn't oxygen is required to work, the ATP-PC is anaerobic. The highest threshold muscle fibres, which are capable of delivering the most force, receive their energy via the ATP-PC system. In the cytoplasm of the muscle cell, the ATP-PC system operates. The cytoplasm is the location of glycolysis. The powerhouse organelle of cells, the mitochondria, is where cellular respiration occurs. The phosphagen system, also known as the ATP-CP system, anaerobically powers brief bursts of running by using the little amount of ATP and creatine phosphate stored in our muscles.
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