n individual is waiting for a bus at the bus-stop. Suddenly he hears the big sound of a collision and sees that a car has lost control and is angerously approaching towards him. He runs for his life away from the bus stop holding his breath, generating a velocity of 10 eters/second. Calculate the amount (grams) of glucose used to generate this speed provided that all the energy was used for running. ssume his weight= 50kg, AG for ATP hydrolysis= -50 kJ/mole, Mol. Weight of Glucose = 180g/mol. netic energy = ½ mv2 where m=mass, v= velocity. Assume that friction, sound and other factors are negligible. grams

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An individual is waiting for a bus at the bus-stop. Suddenly he hears the big sound of a collision and sees that a car has lost control and is
dangerously approaching towards him. He runs for his life away from the bus stop holding his breath, generating a velocity of 10
meters/second. Calculate the amount (grams) of glucose used to generate this speed provided that all the energy was used for running.
Assume his weight= 50kg, AG for ATP hydrolysis= -50 kJ/mole, Mol. Weight of Glucose = 180g/mol.
Kinetic energy = ½ mv2 where m=mass, v= velocity. Assume that friction, sound and other factors are negligible.
grams
Transcribed Image Text:An individual is waiting for a bus at the bus-stop. Suddenly he hears the big sound of a collision and sees that a car has lost control and is dangerously approaching towards him. He runs for his life away from the bus stop holding his breath, generating a velocity of 10 meters/second. Calculate the amount (grams) of glucose used to generate this speed provided that all the energy was used for running. Assume his weight= 50kg, AG for ATP hydrolysis= -50 kJ/mole, Mol. Weight of Glucose = 180g/mol. Kinetic energy = ½ mv2 where m=mass, v= velocity. Assume that friction, sound and other factors are negligible. grams
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