A
B
C
D
Text Solution
Verified by Experts
The correct Answer is:
|
Topper's Solved these Questions
REPRODUCTIVE HEALTH
TRUEMAN BIOLOGY|Exercise Multiple Choice Questions|114 VideosView PlaylistSEXUAL REPRODUCTION IN FLOWERING PLANTS
TRUEMAN BIOLOGY|Exercise MULTIPLE CHOICE QUESTIONS|202 VideosView Playlist
Similar Questions
Explore conceptually related problems
Knowledge Check
Similar Questions
Explore conceptually related problems
TRUEMAN BIOLOGY-RESPIRATION IN PLANTS-MULTIPLE CHOICE QUESTIONS
- During photosynthesis oxygen in glucose comes from
01:30
|
Play - How many oxygen molecules are used in glycolysis of one molecule of gl...
01:07
|
Play - Link between glycolysis, Krebs cycle and beta-oxidation of fatty acid ...
02:33
|
Playing Now - When yeast ferments glucose, the products are:
01:17
|
Play - Energy required to form glucose from pyruvate is equivalent to
01:21
|
Play - Which is formed through phosphorylation in glycolysis?
01:46
|
Play - Which step of glycolysis requires pyruvic kinase, Mg^(++),K^(+) and AD...
01:21
|
Play - One molecule of glucose requires 2 ATP to get phosphorylated to form F...
01:30
|
Play - Amphibolic cycle that occurs only in aerobic condition is
01:35
|
Play - During respiration, pyruvic acid is
01:21
|
Play - Krebs' cycle starts with the formation of a six carbon compound by rea...
01:38
|
Play - Aerobic glycolysis is times efficient than anaerobic glycolysis
01:46
|
Play - Ratio of CO2 produced in aerobic and anaerobic respiration is
01:14
|
Play - Each molecule of pyruvic acid entering the Kreb's cycle produces mole...
01:20
|
Play - Number of ATP molecules which can be built on complete oxidation of py...
02:12
|
Play - Most of the energy in the cell is liberated by oxidaiton of carbohydra...
02:10
|
Play - How much energy is conserved as ATP per mole of O2 reduced into H2O ?
01:42
|
Play - Amount of energy available per mole of oxygen used in biological oxida...
01:56
|
Play - Flow of electons in ETS is
02:25
|
Play - Kreb's cycle was discovered by Krebs in pigeon muscles in 1940. Which ...
02:17
|
Play