ATP contains a large amount of energy because?

ATP contains a large amount of energy because?
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ATP contains a large amount of energy because it has high-energyphosphate bonds.
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Last Answer : “Power plant” or “Power house”

When one molecule of ATP is disintegrated, what amount of energy is liberated? (a) 8 kcal (b) 38 kcal (c) 7 kcal (d) 4.5 kcal

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A molecule of ATP contains a. Ribose But No Adenine. b. Phosphate But No Ribose. c. Adenine But No Deoxyribose. d. Deoxyribose But No Thymine.

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ATP acts as the energy currency of the cell because it is broken down whenever (and wherever) energy needs to be utilised.

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ATP acts as the energy currency of the cell because it is broken down whenever (and wherever) energy needs to be utilised.

Description : ATP acts as the energy currency of the cell because it is broken down whenever (and wherever) energy needs to be utilised.

Last Answer : ATP acts as the energy currency of the cell because it is broken down whenever (and wherever) energy needs to be utilised.

The chemiosmotic coupling hypothesis of oxidative phosphorylation proposes that adenosine triphosphate (ATP) is formed because (a) a proton gradient forms across the inner membrane(b) there is a change in the permeability of the inner mitochondrial membrane toward adenosine diphosphate (ADP) (c) high energy bonds are formed in mitochondrial proteins (d) ADP is pumped out of the matrix into the intermembrane space.

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When cells breakdown a sugar molecule completely to produce chemical energy (ATP), the cells need?

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During which process ADP converts solar energy into ATP ?

Last Answer : : Photophosphorylation or photosynthesis. At this time 6300 calories are bound in ATP .

$ Respiration releases energy in the form of ATP ! Respiration in the presence of `O_(2)` is called Aerobic respiration.

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Energy relased by oxidatio is respiration is not used directly but is used to synthesise ATP.

Description : Energy relased by oxidatio is respiration is not used directly but is used to synthesise ATP.

Last Answer : Energy relased by oxidatio is respiration is not used directly but is used to synthesise ATP.

Energy relased by oxidatio is respiration is not used directly but is used to synthesise ATP.

Description : Energy relased by oxidatio is respiration is not used directly but is used to synthesise ATP.

Last Answer : Energy relased by oxidatio is respiration is not used directly but is used to synthesise ATP.

ATP provides energy of muscle contraction by allowing for

Description : ATP provides energy of muscle contraction by allowing for

Last Answer : ATP provides energy of muscle contraction by allowing for A. Cross-bridge attachment of myosin to ... Release of `Ca^(+)` from sarcoplasmic reticulum

How is stored energy released from the ATP molecule?

Description : How is stored energy released from the ATP molecule?

Last Answer : ATP has three phosphate groups attached to the nucleic acidadenosine. The last or third bond has the most energy in it andwhen it is broken. that energy is used to drive cell activities. Itmay be helpful to think ... it is charged, it can off a spark of energy that can beused to do work in the body.

Is ATP is considered to be an energy carrier molecule Where is the energy actually located in this molecule?

Description : Is ATP is considered to be an energy carrier molecule Where is the energy actually located in this molecule?

Last Answer : Need answer

What does a virus need to supply ATP for energy or proteins to build body parts?

Description : What does a virus need to supply ATP for energy or proteins to build body parts?

Last Answer : heat

How manys ions have to enter in order for ATP synthase to have enough energy to make ATP?

Description : How manys ions have to enter in order for ATP synthase to have enough energy to make ATP?

Last Answer : three H+ protons

What happens to the ADP molecules that is produced when cells use the energy in ATP?

Description : What happens to the ADP molecules that is produced when cells use the energy in ATP?

Last Answer : Most are taken up by mitochondria and reprocessed into ATP.

What is the Percent of glucose energy converted to ATP?

Description : What is the Percent of glucose energy converted to ATP?

Last Answer : What is the answer ?

Is it true that Energy is produced from ATP by splitting of a potassium group?

Description : Is it true that Energy is produced from ATP by splitting of a potassium group?

Last Answer : What is the answer ?

What is The process that takes place inside all eukaryotic cells (both plants and animals) that breaks down sugars to produce energy in the form of ATP?

Description : What is The process that takes place inside all eukaryotic cells (both plants and animals) that breaks down sugars to produce energy in the form of ATP?

Last Answer : Need answer

What process occurs in the mitochondria that releases ATP energy?

Description : What process occurs in the mitochondria that releases ATP energy?

Last Answer : Need answer

How manys ions have to enter in order for ATP synthase to have enough energy to make ATP?

Description : How manys ions have to enter in order for ATP synthase to have enough energy to make ATP?

Last Answer : three H+ protons

What happens to the ADP molecules that is produced when cells use the energy in ATP?

Description : What happens to the ADP molecules that is produced when cells use the energy in ATP?

Last Answer : Most are taken up by mitochondria and reprocessed into ATP.

Helicase and DNAB protein cause (A) Rewinding of DNA and require ATP as a source of energy (B) Rewinding of DNA but do not require any source of energy (C) Unwinding of DNA and require ATP as a source of energy (D) Unwinding of DNA but do not require any source of energy

Description : Helicase and DNAB protein cause (A) Rewinding of DNA and require ATP as a source of energy (B) Rewinding of DNA but do not require any source of energy (C) Unwinding of DNA and require ATP as a source of energy (D) Unwinding of DNA but do not require any source of energy

Last Answer : Answer : C

For unwinding of double helical DNA, (A) Energy is provided by ATP (B) Energy is provided by GTP (C) Energy can be provided by either ATP or GTP (D) No energy is required

Description : For unwinding of double helical DNA, (A) Energy is provided by ATP (B) Energy is provided by GTP (C) Energy can be provided by either ATP or GTP (D) No energy is required

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The pyrimidine nucleotide acting as the high energy intermediate is (A) ATP (B) UTP (C) UDPG (D) CMP

Description : The pyrimidine nucleotide acting as the high energy intermediate is (A) ATP (B) UTP (C) UDPG (D) CMP

Last Answer : Answer : C

Standard free energy (∆G°) of hydrolysis of ATP to ADP + Pi is (A) –49.3 KJ/mol (B) –4.93 KJ/mol (C) –30.5 KJ/mol (D) –20.9 KJ/mol

Description : Standard free energy (∆G°) of hydrolysis of ATP to ADP + Pi is (A) –49.3 KJ/mol (B) –4.93 KJ/mol (C) –30.5 KJ/mol (D) –20.9 KJ/mol

Last Answer : Answer : C

When ATP forms AMP (A) Inorganic pyrophosphate is produced (B) Inorganic phosphorous is produced (C) Phsophagen is produced (D) No energy is produced

Description : When ATP forms AMP (A) Inorganic pyrophosphate is produced (B) Inorganic phosphorous is produced (C) Phsophagen is produced (D) No energy is produced

Last Answer : Answer : A

If glucose-1-phosphate formed by glycogenoloysis in muscles is oxidized to CO2 and H2O, the energy yield will be (A) 2 ATP equivalents (B) 3 ATP equivalents (C) 4 ATP equivalents (D) 8 ATP equivalents

Description : If glucose-1-phosphate formed by glycogenoloysis in muscles is oxidized to CO2 and H2O, the energy yield will be (A) 2 ATP equivalents (B) 3 ATP equivalents (C) 4 ATP equivalents (D) 8 ATP equivalents

Last Answer : Answer : B

In anaerobic glycolysis, energy yield from each molecule of glucose is (A) 2 ATP equivalents (B) 8 ATP equivalents (C) 30 ATP equivalents(D) 38 ATP equivalents

Description : In anaerobic glycolysis, energy yield from each molecule of glucose is (A) 2 ATP equivalents (B) 8 ATP equivalents (C) 30 ATP equivalents(D) 38 ATP equivalents

Last Answer : Answer : A

Given that the standard free energy change (∆G°) for the hydrolysis of ATP is –7.3 K cal/mol and that for the hydrolysis of Glucose 6-phosphate is –3.3 Kcal/mol, the ∆G° for the phosphorylation of glucose is Glucose + ATP → Glucose 6– Phosphate + ADP. (A) –10.6 Kcal/mol (B) –7.3 Kcal/mol (C) –4.0 Kcal/mol (D) +4.0 Kcal/mol

Description : Given that the standard free energy change (∆G°) for the hydrolysis of ATP is -7.3 K cal/mol and that for the hydrolysis of Glucose 6-phosphate is -3.3 Kcal/mol, the ∆G° for the phosphorylation of glucose is Glucose + ATP → ... -10.6 Kcal/mol (B) -7.3 Kcal/mol (C) -4.0 Kcal/mol (D) +4.0 Kcal/mol

Last Answer : Answer : C

The energy yield from complete oxidation of products generated by second reaction cycle of β-oxidation of palmitoyl CoA will be (A) 5 ATP (B) 12 ATP (C) 17 ATP (D) 34 ATP

Description : The energy yield from complete oxidation of products generated by second reaction cycle of β-oxidation of palmitoyl CoA will be (A) 5 ATP (B) 12 ATP (C) 17 ATP (D) 34 ATP

Last Answer : Answer : D

1 molecule of palmitic acid on total oxidation to CO2 will yield molecules of ATP (as high energy bonds): (A) 129 (B) 154 (C) 83 (D) 25

Description : 1 molecule of palmitic acid on total oxidation to CO2 will yield molecules of ATP (as high energy bonds): (A) 129 (B) 154 (C) 83 (D) 25

Last Answer : Answer : A

Net energy generation on complete oxidation of linoleic acid is (A) 148 ATP equivalents (B) 146 ATP equivalents (C) 144 ATP equivalents (D) 142 ATP equivalents

Description : Net energy generation on complete oxidation of linoleic acid is (A) 148 ATP equivalents (B) 146 ATP equivalents (C) 144 ATP equivalents (D) 142 ATP equivalents

Last Answer : Answer : D

Net generation of energy on complete oxidation of palmitic acid is (A) 129 ATP equivalents (B) 131 ATP equivalents (C) 146 ATP equivalents (D) 148 ATP equivalents

Description : Net generation of energy on complete oxidation of palmitic acid is (A) 129 ATP equivalents (B) 131 ATP equivalents (C) 146 ATP equivalents (D) 148 ATP equivalents

Last Answer : Answer : D

The 2 energy rich compounds needed for protein biosynthesis are (A) ATP and GTP (B) ATP and UTP (C) ATP and CTP (D) ATP and TTP

Description : The 2 energy rich compounds needed for protein biosynthesis are (A) ATP and GTP (B) ATP and UTP (C) ATP and CTP (D) ATP and TTP

Last Answer : Answer : A

Sufficient energy required to produce 3 ATP from 3 ADP and 3 pi is (A) –21,900 cal (B) 29,900 cal (C) 31,900 cal (D) 39,900 cal

Description : Sufficient energy required to produce 3 ATP from 3 ADP and 3 pi is (A) –21,900 cal (B) 29,900 cal (C) 31,900 cal (D) 39,900 cal

Last Answer : A

The standard free energy of hydrolysis of terminal phosphate group of ATP is (A) –7,300 cal/mol (B) –8,300 cal/mol (C) 10,000 cal/mol (D) +7,300 cal/mol

Description : The standard free energy of hydrolysis of terminal phosphate group of ATP is (A) –7,300 cal/mol (B) –8,300 cal/mol (C) 10,000 cal/mol (D) +7,300 cal/mol

Last Answer : A