During night CO2 will be fixed by pep carboxylase and during day C02 will be regenerated and enters Calvin cycle and will be accepted by RUBP carboxylase .
11 ATP is correct in que 16 because total 3 NADH and 2 ATP and 2 FADH2 produced during kreb cycle for 1 molecule of acetyl co.A ..3 NADH2 and 1 FADH2 will enter ETC .we will not count ATP as it is ready to use and will not enter ETC.( 3x3=9)+(1x2=2) totall 11 ATP
Day time stored malic acid vacoule sy release ho ga.pEp mein change hony sy phly ik carbon dioxide release kry ga .yh Co2 Calvin cycle mein Rubp ky throug fix ho ga .qnk day time stomata close hn gy.to PEp Enzyme inactive rahy ga .ar Mesophyll cell mein starch store ho ga . H2O release ho ga ar stomata close rahein gy.
During night CO2 will be fixed by pep carboxylase and during day C02 will be regenerated and enters Calvin cycle and will be accepted by RUBP carboxylase .
Nice question sir 🙏🙏
Q(14) ka ans right hai kyun kii question me during day bola hai or day time me RuBP - carboxylase hota hai or night ka PEP-carboxylase
11 ATP is correct in que 16 because total 3 NADH and 2 ATP and 2 FADH2 produced during kreb cycle for 1 molecule of acetyl co.A ..3 NADH2 and 1 FADH2 will enter ETC .we will not count ATP as it is ready to use and will not enter ETC.( 3x3=9)+(1x2=2) totall 11 ATP
Nice
Plz clear my doubt,, question no. 14 is RUBP or PEP
RuBp during day and PEP during night
16 ka 12 atp
16)3
14) questions thoda worng likha. H....during night hona chahiye
Day time stored malic acid vacoule sy release ho ga.pEp mein change hony sy phly ik carbon dioxide release kry ga .yh Co2 Calvin cycle mein Rubp ky throug fix ho ga .qnk day time stomata close hn gy.to PEp
Enzyme inactive rahy ga .ar Mesophyll cell mein starch store ho ga . H2O release ho ga ar stomata close rahein gy.
Rq value of oxalic acid
Nice video sir
16 ka c hoga
Digestion ke puction
14 ka answer 2 hoga