Answer:
d. Endergonic
Explanation:
Type of reaction for the formation of new biological material is known as anabolic reaction. In anabolic reaction the net change in free energy is positive, i.e., the reaction require energy to proceed and such kind of reaction is known as endergonic reaction. Thus, option 'd' is the correct option.
On the other hand,
Exergonic reaction are a kind of reaction where the net change in free energy is negetive, i.e., the reaction require no energy to proceed but gives free energy.
Endothermic reaction are a kind of reaction where heat is required to proceed the reaction.
Exothermic reactions are a kind of
reaction where no heat is required to proceed the reaction but
release heat.
Thus, option 'a', 'b' and 'c' are not the correct options.
Type of reaction for the formation of new biological material Select one: a. Exergonic b. Endothermic...
General type of reaction for the formation new biological material Select one: a. Anabolism b. Respiration c. Catabolism d. Fermentation
A spontaneous reaction Select one: a. is always exothermic. b. may be exothermic or endothermic. c. is always endothermic. d. does not involve any heat exchange with surroundings. Which one? Need help please!
Type EX for Exergonic Type EN for Endergonic - The catalysis of a protein into individual amino acids EN - The synthesis of a new phosphodiester bond - A chemical reaction with a positive change in free energy (G) EN - The hydrolysis of ATP into ADP and P; -The decomposition of propane into carbon dioxide and water The formation of a bond between two monosaccharides that releases water
A reaction is said to be ________ if the bonds formed during the reaction are stronger than the bonds broken. A) exergonic B) endergonic C) endothermic D) exothermic E) spontaneous I know the answer is exothermic but I'm confused as to why. Wouldn't having stronger bonds formed than bonds broken mean that delta_H is positive since the enthalpy on the products is bigger than the reactants thus making it endothermic?
General type of reaction for the formation of utilizable energy Select one: a. Anabolism b. Fermentation c. Respiration d. Catabolism
According to Hammond Postulate, for an exergonic reaction step,
select one
Consider the following reaction:, the reaction shown is an
example of, select one or more
According to the Hammond Postulate, for an exergonic reaction step а Select one: a. The step is rate-determining because it has the largest EQ b. The step is rate-determining because it has the smallest E c. The transition state resembles the reactants of the step d. The transition state has bond-breaking and bond-forming occurring...
(a)Explain what is exergonic reaction and what is endergonic reaction? (b) If a reaction is non-spontaneous (for example, synthesis of a peptide link is endergonic), how can we make that reaction possible? ( c) Explain why human body can be viewed as an intricate designed machine?
(a)Explain what is exergonic reaction and what is endergonic reaction? (b) If a reaction is non-spontaneous (for example, synthesis of a peptide link is endergonic), how can we make that reaction possible? ( c) Explain why human body can be viewed as an intricate designed machine?
Nucleotide Polymerization Reaction: Phosphodiester Bond Formation 5'-end s-end 3-end Oo 5-end attaches to 3-and s'-end a-and 3-end Lets create an energy story for this reactichi. The reactants are: [ Select ] The products are[Select ] polymer and pyrophosphate polymer and energy This is a coupled pyrophosphate endergonic, which is exergonic? ed half reactions. Which half reaction is Endergonic is: [Select ) Exergonic is: [Select] The enzyme that catalyzes this reaction is Select ]
Determine the Q-value in kJ/mole reaction for this nuclear reaction. Is this reaction endergonic or exergonic? Measured masses of the nuclei are N 14.00307 amu, 4He 4.00260 amu,o 16.99913 amu, and H 1.00783 amu. O A +1.16x108 kJ/mole reaction;exergonic B -1.16x108 kJ/mole reaction; exergonic Oc+1.16x108 kJ/mole reaction; endergonic +1.93x10-18 kJ/mole reaction; endergonic O D OHide Correct Answer Show Submitted Answer Check My Answer Q13.37 Review Determine the Q-value in kJ/mole reaction for this nuclear reaction: 12 Measured masses of the...