I bob. Molekulyar biologiyaga oid masalalari va ularning yechimlari

6CO₂+ 18ATF + 12organik birikmaH₂ —> C₆H₁₂O₆ + 18ADF + 18H₃PO₄ + 6H₂O + organic birikma

To’liq parchalanish
1. 2,5 mol glukozaning to’liq parchalanishi natijasida necha molekula ATF sintezlanadi?
A)95 B)76 C)56 D)90
2. 8 mol glukoza to’liq parchalanganda xosil bo’lgan ATF miqdor ini(mol) toping?
A) 38 B)76 C)288 D)304
3. 540g glukoza to’liq parchalanganda necha mol ATF xosil bo’ladi?
A)108 B)6 C)114 D)228
4. 1080g glukoza to’liq parchalanganda xosil bo’lgan ATF miqdorini(mol) toping?
A)228 B)114 C)216 D)266
5. 2,5 mol glukozaning to’liq parchalanishi natijasida, parchalanishning aerob va anaerob bosqichida sintezlanadigan ATF miqdorini(mol)?
A) 90:5 B)5:90 C)72:3 D)3:72
6. 8 mol glukoza to’liq parchalanishi natijasida, parchalanishning anaerob va aerob bosqichlarida xosil bo’lgan ATF miqdorlarini(mol) toping?
A) 16:288 B)288:16
C)40:304 D)304:40
7. 540g glukoza to’liq parchalanishi natijasida, parchalanishning aerob va anaerob bosqichlarida necha moldan ATF xosil bo’ladi?
A)108:12 B)6:104 C)6:108 D)108:6
8. 1080g glukoza to’liq parchalanganda xosil bo’lgan ATF miqdorini(mol) toping?
A)228 B)114 C)216 D)266
9. 3 molekula gulukoza anaerob sharoitda parchalanganda issiqlik sifatida ajralgan energiya miqdorini(kj) toping?
A)240 B)360 C)600 D)320
10. 3 molekula glukoza anaerob sharoitda parchalanganda ATF da to’plangan energiya miqdorini(kj) toping?
A)120 B)360 C)240 D)160
11. 5 mol glukozadan achish bosqichida hosil bo’lgan energiya miqdorini(kj) toping?
A)1000 B)600 C)400 D)800
12. 2 molekula glukozadan aerob bosqichda hosil bo’lgan energiya miqdorini(kj) toping?
A)2880 B)5200 C)2320 D)4240
13.2 mol glukozadan mitoxondriyada
hosil bo’lgan ATF miqdorini(mol) toping?
A)4 B)6 C)72 D)58
14.2 molekula glukozadan anaerob va aerob sharoitda issiqlik energiyasi sifatida ajraladigan energiya miqdorini(kj) toping?
A) 1280 B)2560 C)240 D)2320

15.540g glukoza dissimilatsiya jarayonida to’liq parchalandi, bunda xosil bo’lgan ATF miqdorini(mol) toping?

A)38 B)114 C)118 D)6
16.270g glukoza dissimilatsiya jarayonida to’liq parchalanganda umumiy(a), aerob(b), anaerob(c) sharoitda xosil bo’ladigan ATF miqdorini(mol) toping?
A)a-57,b-54,c-27 B)a-57,b-54,c-3 C)a-38,b-36,c-2 D)a-54,b-3,c-57
17.1080g glukoza dissimilatsiya jarayonida to’liq parchalanganda umumiy(a), aerob(b), anaerob(c) sharoitda xosil bo’ladigan energiya miqdorini(kj) toping?
A)a-18600,b-6990,c-700
B)a-16800,b-6960,c-720
C)a-16800,b-8640,c-480
D)a-16800,b-15600,c-1200
18.990g glukoza dissimilatsiya jarayonida to’liq parchalanganda sitoplazmada(a), mitoxondriyada(b) sintezlandan ATF molekulalari sonini va issiqlik energiyasi sifatida ajralgan umumiy energiya(c)miqdorini(kj) toping?
A)a-9,b-155,c-6380
B)a-11,b-198,c-7040
C)a-11,b-198,c-660
D)a-15,b-295,c-5580
19.1080g glukoza dissimilatsiya jarayo nida to’liq parchalanganda umumiy(a), aerob(b), anaerob(c)sharoitda issiqlik energiyasi sifatida ajraladiganenergiya miqdorini(kj) toping?
A)a-18600,b-6990,c-700
B)a-7680,b-6960,c-720
C)a-16800,b-8640,c-480
D)a-16800,b-15600,c-1200
20.990g glukoza dissimilatsiya jarayonida to’liq parchalanganda anaerob(a), aerob(b) sharoitda sintezlandan ATF molekulalari sonini va ATF xosil bo’lishiga sarflangan va issiqlik energiyasi sifatida ajralgan umumiy energiya miqdori ayirmasi(c)ni(kj) toping?
A)a-9,b-155,c-6380
B)a-11,b-198,c-7040
C)a-11,b-198,c-660
D)a-15,b-295,c-5580
21.450g glukoza dissimilatsiya jarayonida to’liq parchalandi. Sintezlangan ATF(a) va xosil bo’lgan CO₂ miqdorini(b) toping?
A) a-100:b-14 B) a-95 :b-15
C)a-90:b-6 D)a-105: b-12
22.Hujayrada 1080g glukozaning anaerob sharoitda parchalanishidan xosil bo’lgan energiyaning qancha miqdori (kj) issiqlik ko’rinishida ajraladi?
A) 720 B)1160 C)480 D)1200
23.Ikki molekula sut kislotaning to’liq parchalanishi natijasida ajralib chiqadigan energiyaning qancha miqdori issiqlik energiyasi sifatida tarqaladi?
A)1120 B)1680
C)1440 D)1160
24.4 molekula sut kislotasining aerob parchalanishida xosil bo’lgan energiyaning necha % I issiqlik sifatida tarqalib ketgan?
A)44,6 B)55,4 C)40 D)60
25.8 molekula sut kislotasining aerob parchalanishida xosil bo’lgan energiyaning necha % i issiqlik tarzida tarqalib ketganini toping?
A) 40 B)60 C)55,4 D)44,6