36.0

7.11

2.25

None of these

0.06 atm

0.07 atm

0.065 atm

None of these

${}_{21}{}^{45}Sc+{}_0{}^{1}n\to {}_{20}{}^{45}Ca+{}_1{}^{1}H$

${}_{21}{}^{45}Sc+{}_1{}^{0}n\to {}_{20}{}^{45}Ca+{}_1{}^{1}H$

${}_{21}{}^{45}Sc+{}_1{}^{0}n={}_{20}{}^{45}Ca+{}_0{}^{1}H$

None of these

3.5%

3.53%

3.534%

None of these

$1.389\times {10}^{-5} M$

$1.3\times {10}^{-5} M$

$1.389\times {10}^5 M$

None of these

112.7195 min

112. 7185 min

112. 1975 min

None of these

32%

32.33%

33%

None

$C{O}_2 : 49\% , CFC : 14\% , C{H}_4 : 18\% N_{2}O\hspace{0.17em}: 6\% Others : 13 \%$

$C{O}_2 : 50\% , CFC : 13 \% , C{H}_4 : 20 \% , N_{2}O : 8\% , Others : 9\%$

$C{O}_2 : 60\%, CFC : 3\% , C{H}_4: 10\%, N_{2}O : 18\% Others : 9 \%$

None of these

${}^{235}U{F}_6>{}^{238}U{F}_6$

${}^{238}U{F}_6>{}^{235}U{F}_6$

${}^{235}U{F}_6={}^{238}U{F}_6$

None of these

${}_1{}^{1}H, {}_1{}^{2}H,{}_2{}^{3}H$

${}_{41}{}^{30}SI, {}_{14}{}^{31}P ,{}_{14}{}^{32}S$

${}_{29}{}^{64}Cu, {}_{30}{}^{64}Zn$

None of these

12.44

9.33

6.22

None

$1.025 mol L^{-1}$

1. 025 M

10. 25 M

None of these

0.78 V

0.10 V

-0.10V

None

8.84 kPa

8.958 kPa

16.84 kPa

None

179.60 K

661 . 26 K

330 .63 K

None

-282.92 kj

+ 134. 92 kj

-134.92 kj

None of these

30 -40 %

20 -30%

50 -60%

None

O-xylene

P-xylene

O-xylene and P-xylene

None of these

Chemical reaction

Nuclear fusion reaction

Nuclear fission reaction

None of these

Chemical reaction

Nuclear fusion reaction

Nuclear fission reaction

None of these

$1s^{2}2s^{2}2p^{5}3s^{2}3p^3$

$1s^{2}2s^{2}2p^{5}3s^{1}3p^4$

$1s^2 2s^{2}2p^{6}3s^{2}3p^5$

None of these

$C{O}_2$

$N{O}_2$

$B_2{O}_3$

None

1.3321 g

1.3251 g

1.3521 g

None of these

$\frac{O}{Ph-C-Ph}$

$\frac{O}{PH-C-NH-N{H}_2}$

$\frac{O}{Ph-C-N{H}_2}$

None of these

Oxalic acid

Eat

Oil

None of these

one $\sigma$ and two $\pi$ bonds

three $\sigma$ amd two $\pi$ bonds

two $\sigma$ and two $\pi$ bonds

None of these

-282.92 kj

+ 134. 92 kj

-134.92 kj

None of these

12.44

9.33

6.22

None

B

C

None

A