Why are high energy phosphate bonds a good means of storing energy?
High energy phosphate bonds, when they break provide a tremendous amount of release of energy which is used in cellular functions .
This energy comes from:
a) Increase of entropy after bond breakage
2) Solvation stabilisation of broken bonds
3) Electrostatic repulsion of negative charges prior to bond breakage
4) Resonance stabilisation of products formed
What makes “high-energy bonds” “high-energy”? Give some examples of phosphate groups with a high group-transfer potential and explain how they differ from phosphate groups with a low group-transfer potential. Why do thioester bonds have a high group-transfer potential?
. For each phosphate group below indicate if that phosphate is considered a high energy phosphate group or a low energy phosphate group. For any high energy phosphate groups clearly circle and name the feature on this phosphate group which makes this phosphate group a high energy phosphate group. (2 points each) Sa. 5b. 5c O-P-O-P-O
. For each phosphate group below indicate if that phosphate is considered a high energy phosphate group or a low energy phosphate group. For...
A rotating flywheel has been proposed as a means of temporarily storing mechanical energy in an automobile, providing an energy source for the car. The energy that can be stored in this way is limited by the size and weight of the flywheel and by the maximum angular velocity it can attain without flying apart. Suppose a solid cylindrical flywheel of radius 85.0 cm and mass 90.0 kg rotates at a maximum angular velocity of 270 rad/s. Find the maximum...
A rotating flywheel has been proposed as a means of temporarily storing mechanical energy in an automobile, providing an energy source for the car. The energy that can be stored in this way is limited by the size and weight of the flywheel and by the maximum angular velocity it can attain without flying apart. Suppose a solid cylindrical flywheel of radius 95.0 cm and mass 80.0 kg rotates at a maximum angular velocity of 295 rad/s. Find the maximum...
Very large capacitors have been considered as a means for storing electrical energy. If we constructed a very large parallel-plate capacitor of plate area 1.85m2 using paper (k = 3.7) of thickness 1.5 mm as a dielectric, how much electrical energy would it store at a plate voltage of 1500 V? (e0 = 8.85x10-12 C2/N.m2) A) 0.045 J B) 9.1 J C) 910 J D) 1800 J E) 3600 J
42. Very large capacitors have been considered as a means for storing electrical energy. If we constructed a very large parallel plate capacitor of plate area 1.85 m2 using paper x-37) of thickness ї 5 m as a dielectric, how much electrical energy would it store at a plate voltage of 1 500 V? (eo8.85 x10-12 c^Nm^) a. 0.045 J b. 9.1 c. 910 J d. 1 800 e. 3 600 J
QUESTION 30 Identify the substance responsible for storing ATP in a skeletal muscle cell. creatine phosphate myoglobin oxygen lactic acid glycogen QUESTION 31 Identify this reddish substance storing oxygen in the muscle cell. creatine phosphate myoglobin oxygen lactic acid glycogen
When a plant performs photosynthesis, where is it storing energy? A) ATP enters a chloroplast to release its stored energy. B) A phosphate group separates from ATP and ATP becomes ADP. C) ATP releases its energy through an endergonic reaction. Give me an answer and a brief explanation that is 1-2 sentences in complete sentences. Avoid repeating the answer choice as your explanation.
We have seen all term that cells use the hydrolysis of high energy phosphate from ATP to make metabolic reactions thermodynamically favorable. Whereas most enzymes that utilize ATP hydrolyze between the b and g phosphates (yielding ADP + Pi), some enzymes hydrolyze ATP between the a and b phosphates (yielding AMP and PPi). ∆G°’ of phosphate hydrolysis is -31 kJ/mol for ATP + H2O --> ADP + Pi, and ∆G°’ of phosphate hydrolysis is -46.5 kJ/mol for ATP + H2O...
Identify the type of high energy bond in the intermediate of the glyceraldehyde-3-phosphate dehydrogenase reaction. What is the importance of this bond for the energetics of the reaction? L a nthus are regulated? How are they regualted