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ATP hydrolysis
Wiki User
∙ 11y ago
Wiki User
∙ 12y agoBinding to ATP only
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What energy transformation does an electrical appliance carry out?
"Electrical appliance" is a very general term - there are electrical appliances that do very different things. In general, the electrical appliance converts the electrical energy into another form, depending on the appliance's purpose: a television produces light and sound energy, a mixer produces mechanical energy, a heater or shower head produces heat energy. All appliances will also produce some waste energy."Electrical appliance" is a very general term - there are electrical appliances that do very different things. In general, the electrical appliance converts the electrical energy into another form, depending on the appliance's purpose: a television produces light and sound energy, a mixer produces mechanical energy, a heater or shower head produces heat energy. All appliances will also produce some waste energy."Electrical appliance" is a very general term - there are electrical appliances that do very different things. In general, the electrical appliance converts the electrical energy into another form, depending on the appliance's purpose: a television produces light and sound energy, a mixer produces mechanical energy, a heater or shower head produces heat energy. All appliances will also produce some waste energy."Electrical appliance" is a very general term - there are electrical appliances that do very different things. In general, the electrical appliance converts the electrical energy into another form, depending on the appliance's purpose: a television produces light and sound energy, a mixer produces mechanical energy, a heater or shower head produces heat energy. All appliances will also produce some waste energy.
Why pressure is inversely proportional to velocity in bernoulli's equation?
Usually in a streamlined motion the sum of three heads have to be constant always. They are pressure head velocity head and gravitational head In case of horizontal pipe gravitational head is already a constant Now velocity head + pressure head = constant So as velocity head increases then automatically pressure head has to fall.
What is head to tail rule?
A and B is a vector by replacing the tail of the B on the head of the A and the join the tail of the A with the head of the B this method is called head to tail rule
What is the difference between the head and the skull?
the difference between a head and a skull is that a head has tissue and a skull is all bone
How head to tail rule helps to find resultant of forces?
the head to tail rule
What substances causes the myosin head to change shape?
The myosin head changes shape mid-reaction, when the energy released by hydrolysis of ATP is absorbed by the myosin head.
When does the myosin head cock back to store energy for the next cycle?
After the myosin head detaches, energy from ATP hydrolysis is used to re-cock the myosin head.
What acts as ATPase during the contraction cycle of muscle?
myosin cross-bridges
What immediately follows the binding of ATP to the myosin head?
The myosin head pivots, moving the actin strand.
Does myosin have the ability to swivel when powered by ATP?
Yes...ATP causes myosin to detach from actin. Then, Hydrolysis of ATP, which results in ADP and P, causes conformational change in myosin head to swivel or pivot about its axis and then weakly bind to an actin filament. Once the myosin head binds, a conformational change in the myosin head will cause the P to leave (the ADP is still stuck on). The leaving of the P causes the power stroke or "the pulling of the actin filament/rowing stroke". ADP then leaves and the myosin is now back at its original state.
Which molecule binds to the myosin head in order to break the actin-myosin bond?
ATP
What does the release of ADP and P from the myosin head cause?
The release of ADP and P from the myosin heads causes the myosin heads to change shape.
What is made of myosin?
Most myosin molecules are composed of both a head and a tail domain.
What is a myofilament with a knob like head?
Myosin
What is the myofilament with a knob like head?
Myosin
What are the thick protein filaments in the cell made of?
The thick filament is composed of the myosin molecule. The thin filament is composed of the actin molecule. Flexing the head of myosin provides the powerstroke.
What protein shields the myosin-binding site preventing contraction from happening at rest?
ATP entering myosin head
