1. Always upright
2. Always inverted
3. Mostly upright
4. Mostly inverted
Always upright
1. Pepsin
2. Mucus
3. Rennin
4. HCl
HCl
1. the number of substrate molecules that a molecule of an enzyme converts into products per second.
2. the number of substrate molecules that a molecule of an enzyme converts into products per hour.
3. the number of substrate molecules that a molecule of an enzyme converts into products per day.
4. the number of substrate molecules that a molecule of an enzyme converts into products per minute.
the number of substrate molecules that a molecule of an enzyme converts into products per minute.
1. Lamarck
2. Darwin
3. De Vries
4. Mendel
Darwin
1. Prolactin
2. Enterokinase
3. GH
4. FSH
Enterokinase
1. Photosynthesis is a redox process in which water is oxidised and carbon dioxide is reduced.
2. The enzymes required for carbon fixation are located only in the grana of chloroplasts.
3. In green plants, both PS I and PS II are required for the formation of NADPH + H+.
4. The electron carriers involved in photophosphorylation are located on the thylakoid membranes
The enzymes required for carbon fixation are located only in the grana of chloroplasts.
1. UGU
2. AAU
3. UUG
4. UAG
UAG
1. ATP and NADPH are not produced.
2. Photolysis of water takes place.
3. O2 is released.
4. none of these
ATP and NADPH are not produced.
1. Tyrosine is coded by UAU and UAC codons.
2. Cysteine is coded by UGU and UGC codons.
3. UGG codon codes for Tryptophan.
4. UAA codon codes for Lysine.
UAA codon codes for Lysine.
1. Brain
2. Nerve cells
3. Skin
4. Tongue
Skin