A) a-72; b-4 B) a-144; b-4 C) a-152; b-8 D) a-74; b-6 33. 1260 gr glyukozaning hosil bo’lishi uchun ATF (a) va CO2 (b) va H2O (c) sarf bo’ladi ? A) a-124; b-40; c-21 B) a-126; b-44; c-18 C) a-126; b-42; c-42 D) a-128; b-46; c-46 34. 1800 gr glyukozaning hosil bo’lishi uchun qancha ATF sarflanadi (a) va shuncha glyukozaning parchalanishi uchun qancha ATF kerak bo’ladi ? A) a-90; b-190 B) a-180; b-90 C) a-180; b-380 D) a-180; b-240 35. 15 molekula glyukoza hosil bo’lishi uchun qancha ATF sarflanadi (a) va shuncha glyukozaning parchalanishi uchun qancha ATf kerak bo’ladi ? A) a-240; b-570 B) a-270; b-570 C) a-180; b-380 D) a-270; b-240 36. 4500 gr glyukoza hosil bo’lishi uchun qancha ATF sarflanadi (a) va shuncha glyukozaning parchalanishi uchun qancha ATF kerak bo’ladi ? A) a-540; b-590 B) a-450; b-570 C) a-450; b-950 D) a-270; b-940 37. 900 gr glyukozani hosil qilish uchun sarflangan ATF molekulalari , X mol glyukoza to’liqsiz parchalanganda ajralgan ATF molekulalaridan uch marta kam bo’lsa , X ni toping . A) 15 B) 125 C) 135 D) 7,5 38. 2700 gr glyukozani hosil qilish uchun sarflangan ATF molekulalari , X mol glyukoza to’liqsiz parchalanganda ajralgan ATF molekulalaridan uch marta kam bo’lsa , X ni toping . A) 35 B) 450 C) 504 D) 405 39. 900 gr glyukozani hosil qilish uchun sarflangan ATF molekulalari , X mol sut kislotani to’liq parchalanganda ajralgan ATF molekulalaridan qirq marta kam bo’lsa , X ni toping . A) 200 B) 100 C) 300 D) 400 40. Energiya almashinuvining birinchi bosqichida 40 kJ energiya ajralgan , jami bosqichda 190 ta ATF hosil bo’lgan bo’lsa , uch bosqichda ajralgan energiyaning jami miqdorini kJ da hisoblang. A) 7640 B) 13040 C) 14040 D) 7040 41. Energiya almashinuvining birinchi bosqichida ajralgan energiya , glyukozaning to’liq parchalanganda ajralgan energiya miqdoridan 224 marta kichik bo’lib , shu vaqtda 152 ta ATF hosil bo’lgan bo’lsa , uch bosqichda ajralgan energiyaning jami miqdorini kJ da hisoblang.
