Electrons circulation from water with the photosystem II, electron move chain, and also photosystem i to NADP+. The electrons of NADPH thus developed are then offered in the Calvin cycle.

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During Calvin cycle that total variety of CO2, ATP and NADPH molecules utilized and also glucose, ADP and NADP molecules generated is?
Consider the following statements concerning photosynthesis I.  ATP formation during photosynthesis is created as photophosphorylation II.  Kranz anatomy pertains to leaf. III.  Reduction the NADP+ come NADPH occurs during Calvin cycle. IV.  In a chlorophyll molecule, magnesium is existing in phytol tail. Choose the correct pair that statements.
During Calvin bike the total number of CO2, ATP and also NADPH molecules utilised and also glucose, ADP and NADP molecules produced is
During Calvin cycle that total number of CO2, ATP and NADPH molecules utilized and glucose, ADP and NADP molecules produced is?
Consider the following statements regarding photosynthesis I.  ATP formation during photosynthesis is developed as photophosphorylation II.  Kranz anatomy pertains to leaf. III.  Reduction of NADP+ to NADPH occurs during Calvin cycle. IV.  In a chlorophyll molecule, magnesium is existing in phytol tail. Pick the correct pair of statements.
During Calvin bike the total variety of CO2, ATP and also NADPH molecule utilised and glucose, ADP and NADP molecules produced is
During Calvin cycle that total variety of CO2, ATP and NADPH molecules utilized and also glucose, ADP and NADP molecules created is?
The press of a liquid of fluid of density 1g/cm3 in ~ a depth 2 cm from the surface ar of liquid is(atmospheric pressure=1×105 Pa and g=10m/s).
Condition A : Substrate X, particular for Enzyme E1, have the right to be replaced by molecule C (which blocks the enzyme), if C is present in an ext concentration.Condition B : Substrate Y have the right to never bind to Enzyme E2, if molecule D binds to the enzyme.a. In ~ which sites are molecules C and also D binding come the enzyme E1 and also E2 respectivbely?b. Which type of inhibitors space C and D?c. Describe one more factor which can effect an enzyme's activity.
A block released from rest from the optimal of a smooth inclined aircraft of inclination 45∘, take away time t to reach the bottom. The exact same block exit from rest, from height of a unstable inclined airplane of exact same inclination bring away time 2t to reach the bottom. The coefficient the friction is
The press of a liquid of liquid of density 1g/cm3 at a depth 2 centimeter from the surface of liquid is(atmospheric pressure=1×105 Pa and also g=10m/s).
Condition A : Substrate X, specific for Enzyme E1, can be replaced by molecule C (which block the enzyme), if C is current in an ext concentration.Condition B : Substrate Y have the right to never bind to Enzyme E2, if molecule D binding to the enzyme.a. In ~ which sites space molecules C and also D binding come the enzyme E1 and also E2 respectivbely?b. Which sort of inhibitors are C and also D?c. Describe another factor i beg your pardon can impact an enzyme's activity.

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A block released from rest from the optimal of a smooth inclined aircraft of inclination 45∘, takes time t to with the bottom. The very same block exit from rest, from height of a turbulent inclined aircraft of exact same inclination take away time 2t to with the bottom. The coefficient of friction is
The pressure of a fluid of liquid of thickness 1g/cm3 in ~ a depth 2 cm from the surface of fluid is(atmospheric pressure=1×105 Pa and also g=10m/s).