MHT-CET 2025 (22 April Shift I), Paper II, Physics & Chemistry question paper

1. A.
   convex
2. B.
   concave
3. C.
   horizontal
4. D.
   same on all the 3 surface

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1. A.
   5,4
2. B.
   4,5
3. C.
   6,4
4. D.
   4,6

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1. A.
   $14.25\text{ }mm,16.55\text{ }mm$
2. B.
   $12.25\text{ }mm,14.55\text{ }mm$
3. C.
   $10.25\text{ }mm,12.55\text{ }mm$
4. D.
   $16.25\text{ }mm,18.55\text{ }mm$

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1. A.
   $10^{5}$
2. B.
   $10^{11}$
3. C.
   $10^{19}$
4. D.
   $10^{21}$

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1. A.
   $\tan^{- 1}(0.5)$
2. B.
   $\tan^{- 1}(0.6)$
3. C.
   $\tan^{- 1}(0.7)$
4. D.
   $\tan^{- 1}(0.8)$

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1. A.
   $330\mu\text{ }m$
2. B.
   $30\mu\text{ }m$
3. C.
   $1\mu\text{ }m$
4. D.
   $100\mu\text{ }m$

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1. A.
   $\frac{2}{\varepsilon_{0}}$
2. B.
   $- 2\mu C$
3. C.
   $\frac{3}{\varepsilon_{0}}$
4. D.
   $\frac{5}{\varepsilon_{0}}$

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1. A.
   $2:3$
2. B.
   $1:5$
3. C.
   $3:1$
4. D.
   $1:4$

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1. A.
   340 m
2. B.
   680 m
3. C.
   1020 m
4. D.
   1360 m

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1. A.
   $\frac{C_{1}}{5}$
2. B.
   $\frac{8}{5}C_{1}$
3. C.
   $\ \frac{64}{5}C_{1}$
4. D.
   $\frac{C_{1}}{40}$

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1. A.
   $I_{s} > I_{h}$
2. B.
   $\ I_{h} \geqslant I_{s}$
3. C.
   $\ I_{h} > I_{s}$
4. D.
   $\ I_{h} = I_{s}$

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1. A.
   initial magnetic flux only.
2. B.
   final magnetic flux only.
3. C.
   the total change in magnetic flux.
4. D.
   the rate of change of magnetic flux.

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1. A.
   $0.4\text{ }N/m$
2. B.
   $0.04\text{ }N/m$
3. C.
   0.4 dyne $/cm$
4. D.
   $4.0\text{ }N/m$

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1. A.
   40
2. B.
   313
3. C.
   574
4. D.
   301

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1. A.
   zero.
2. B.
   six times that on the earth's surface.
3. C.
   equal to that on the earth's surface.
4. D.
   $\left( \frac{1}{6} \right)^{\text{th~}}$ that on the earth's surface.

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1. A.
   $R_{1} + R_{2}$
2. B.
   $\ R_{1} - R_{2}$
3. C.
   $\frac{R_{1}R_{2}}{R_{1} + R_{2}}$
4. D.
   $\frac{R_{1} + R_{2}}{R_{1}R_{2}}$

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1. A.
   velocity
2. B.
   momentum
3. C.
   kinetic energy
4. D.
   angular momentum

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1. A.
   $0^{c}$
2. B.
   $\frac{\pi^{c}}{2}$
3. C.
   $\frac{3\pi^{c}}{4}$
4. D.
   $\pi^{c}$

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1. A.
   $1:1$
2. B.
   $8:1$
3. C.
   $2:1$
4. D.
   $4:1$

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1. A.
   $125\Omega$ resistance in parallel
2. B.
   $125\Omega$ resistance in series
3. C.
   $25\Omega$ resistance in parallel
4. D.
   $25\Omega$ resistance in series

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1. A.
   24 J
2. B.
   30 J
3. C.
   36 J
4. D.
   40 J

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1. A.
   1
2. B.
   10
3. C.
   100
4. D.
   1000

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1. A.
   $h^{3/2}$
2. B.
   $h^{2}$
3. C.
   $\sqrt{h}$
4. D.
   h

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1. A.
   capacity of both capacitors is same.
2. B.
   capacity of $A$ is higher than $B$.
3. C.
   capacity of $B$ is higher than $A$.
4. D.
   capacity of both is zero.

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1. A.
   $(14\widehat{i} - 38\widehat{j} + 16\widehat{k})$
2. B.
   $( - 14\widehat{i} + 34\widehat{j} - 16\widehat{k})$
3. C.
   $(21\widehat{i} + 4\widehat{j} + 4\widehat{k})$
4. D.
   $(4\widehat{i} + 4\widehat{j} + 6\widehat{k})$

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1. A.
   negative and large.
2. B.
   negative and small.
3. C.
   positive and large.
4. D.
   positive and small.

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1. A.
   $60\%$
2. B.
   $20\%$
3. C.
   $30\%$
4. D.
   $40\%$

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1. A.
   $4\Omega$
2. B.
   $6\Omega$
3. C.
   $7\Omega$
4. D.
   $10\Omega$

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1. A.
   $\frac{3}{2}\lambda_{1}$
2. B.
   $2\lambda_{1}$
3. C.
   $\ 5\lambda_{1}$
4. D.
   $6\lambda_{1}$

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1. A.
   $336^{\circ}C$
2. B.
   $276^{\circ}C$
3. C.
   $123^{\circ}C$
4. D.
   $63^{\circ}C$

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1. A.
   $3C,3\text{ }V$
2. B.
   $\frac{C}{3},\frac{\text{ }V}{3}$
3. C.
   $3C,\frac{V}{3}$
4. D.
   $\frac{C}{3},3\text{ }V$

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1. A.
   $\frac{1}{2}\pi$
2. B.
   $\frac{\sqrt{3}}{2}\pi$
3. C.
   $\frac{1}{2\sqrt{3}\pi}$
4. D.
   $\frac{1}{\sqrt{3}\pi}$

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1. A.
   2
2. B.
   4
3. C.
   1
4. D.
   3

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1. A.
   $\frac{\mu_{0}I}{4}\left\lbrack \frac{1}{R_{1}} - \frac{1}{R_{2}} \right\rbrack$
2. B.
   $\frac{\mu_{0}I}{4}\left\lbrack \frac{1}{R_{2}} - \frac{1}{R_{1}} \right\rbrack$
3. C.
   $\frac{\mu_{0}I}{2\pi}\left\lbrack \frac{1}{R_{1}} - \frac{1}{R_{2}} \right\rbrack$
4. D.
   $\frac{\mu_{0}I}{2\pi}\left\lbrack \frac{1}{R_{2}} - \frac{1}{R_{1}} \right\rbrack$

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1. A.
   337.5 W
2. B.
   228.5 W
3. C.
   422.5 W
4. D.
   126.5 W

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1. A.
   $0.2\%$
2. B.
   $0.1\%$
3. C.
   $1\%$
4. D.
   $2\%$

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1. A.
   $2{\text{ }V}_{s}$
2. B.
   $\left( \frac{2}{3} \right)v_{s}$
3. C.
   $\left(\frac{1}{2}\right)V_s$
4. D.
   $\left( \frac{3}{2} \right)v_{\text{s~}}$

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1. A.
   $n = 1$ to $n = 2$
2. B.
   $n = 2$ to $n = 1$
3. C.
   $n = 2$ to $n = 6$
4. D.
   . $n = 6$ to $n = 2$

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1. A.
   $40,80,120,160$, $\_\_\_\_$
2. B.
   $40,80,160,240$, $\_\_\_\_$
3. C.
   $40,120,200,280$, $\_\_\_\_$
4. D.
   $80,160,240,320$, $\_\_\_\_$

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1. A.
   $4\mu\text{ }F,20\text{ }A$
2. B.
   $5\mu\text{ }F,10\text{ }A$
3. C.
   $2\mu\text{ }F,20\text{ }A$
4. D.
   $8\mu\text{ }F,12\text{ }A$

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1. A.
   $1 - \gamma$
2. B.
   $\gamma + 1$
3. C.
   $\ \gamma - 1$
4. D.
   $\gamma$

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1. A.
   Photoelectric effect can be explained using wave theory of light.
2. B.
   The maximum kinetic energy of a photoelectron depends on the intensity of incident light.
3. C.
   The stopping potential depends only on the work function of the metal.
4. D.
   The saturation current increases as the intensity of incident light increases.

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1. A.
   36
2. B.
   $3.6 \times 10^{- 5}$
3. C.
   $3.6 \times 10^{- 4}$
4. D.
   $3.6 \times 10^{- 6}$

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1. A.
   $2\sqrt{3}\text{ }V$
2. B.
   $\frac{2\text{ }V}{\sqrt{3}}$
3. C.
   $\frac{V}{2}$
4. D.
   $\frac{V}{\sqrt{3}}$

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1. A.
   2
2. B.
   3
3. C.
   4
4. D.
   6

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1. A.
   more than acceleration due to gravity.
2. B.
   less than acceleration due to gravity.
3. C.
   depends on the diameter of ring and length of magnet.
4. D.
   depends on pole strength of magnet.

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1. A.
   The fringes have unequal width.
2. B.
   The fringes have unequal intensity.
3. C.
   The fringes have unequal width and unequal intensity.
4. D.
   The fringes have equal width and equal intensity.

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1. A.
   no voltage appears across load.
2. B.
   a pulsating voltage appears across load.
3. C.
   an a.c. voltage appears across load.
4. D.
   a d.c. voltage appears across load which is not pulsating.

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1. A.
   12 n
2. B.
   6 n
3. C.
   $\frac{12}{n}$
4. D.
   $\frac{6}{n}$

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1. A.
   1 A
2. B.
   0.5 A
3. C.
   2 A
4. D.
   0.1 A

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1. A.
   $H_{3}O^{+}$and $H_{2}O$
2. B.
   $\ H_{2}O$ and ${HPO}_{4}^{2 -}$
3. C.
   ${PO}_{4}^{3 -}$ and $H_{3}O^{+}$
4. D.
   $H_{3}O^{+}$and ${HPO}_{4}^{2 -}$

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1. A.
   Adenine
2. B.
   Guanine
3. C.
   Thymine
4. D.
   Cytosine

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1. A.
   Threonine
2. B.
   Cysteine
3. C.
   Histidine
4. D.
   Valine

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1. A.
   $4.088 \times 10^{- 23}{\text{ }cm}^{3}$
2. B.
   $2.156 \times 10^{- 23}{\text{ }cm}^{3}$
3. C.
   $1.184 \times 10^{- 23}{\text{ }cm}^{3}$
4. D.
   $3.226 \times 10^{- 23}{\text{ }cm}^{3}$

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1. A.
   $N_{A}$
2. B.
   $2{\text{ }N}_{A}$
3. C.
   $3{\text{ }N}_{A}$
4. D.
   $4{\text{ }N}_{A}$

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1. A.
   Ethanol and acetone
2. B.
   Benzene and toluene
3. C.
   Chloroform and acetone
4. D.
   Phenol and aniline

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1. A.
   1
2. B.
   3
3. C.
   4
4. D.
   5

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1. A.
   -456 J
2. B.
   -228 J
3. C.
   -684 J
4. D.
   -912 J

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1. A.
   $\frac{1}{2}\frac{\text{ }d\lbrack NO\rbrack}{dt} = - \frac{d\left\lbrack H_{2} \right\rbrack}{dt}$
2. B.
   $\frac{d\left\lbrack N_{2} \right\rbrack}{dt} = \frac{1}{2}\frac{\text{ }d\left\lbrack H_{2}O \right\rbrack}{dt}$
3. C.
   $\ - \frac{d\left\lbrack N_{2} \right\rbrack}{dt} = \frac{1}{2}\frac{\text{ }d\left\lbrack H_{2}O \right\rbrack}{dt}$
4. D.
   $\frac{d\left\lbrack H_{2} \right\rbrack}{dt} = - \frac{1}{2}\frac{\text{ }d\left\lbrack {\text{ }N}_{2} \right\rbrack}{dt}$

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1. A.
   $2 \times 10^{- 12}$
2. B.
   $4 \times 10^{- 12}$
3. C.
   $2 \times 10^{- 10}$
4. D.
   $4 \times 10^{- 10}$

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1. A.
   Supercritical ${CO}_{2}$
2. B.
   ${CHCl}_{3}$
3. C.
   ${CH}_{2}{Cl}_{2}$
4. D.
   ${CCl}_{4}$

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1. A.
   8
2. B.
   16
3. C.
   32
4. D.
   22.4

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1. A.
   Both have same geometry with two lone pair of electrons each.
2. B.
   Both have different geometry with one lone pair of electrons each.
3. C.
   Both have same geometry with no lone pair of electrons each.
4. D.
   Both have different geometry with no lone pair of electrons each.

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1. A.
   ${sp}^{3}$
2. B.
   ${dsp}^{2}$
3. C.
   ${sp}^{3}\text{ }d$
4. D.
   ${sp}^{3}{\text{ }d}^{2}$

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1. A.
   One double bond and two single bond
2. B.
   One double bond and one single bond
3. C.
   Two double bond and one single bond
4. D.
   Two double bond and two single bond

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1. A.
   Lithium
2. B.
   Potassium
3. C.
   Beryllium
4. D.
   Cesium

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1. A.
   ${COCl}_{2}$
2. B.
   $Cl - {CH}_{2} - {CH}_{2} - S - {CH}_{2} - {CH}_{2} - Cl$
3. C.
   $\ {CCl}_{3}{NO}_{2}$
4. D.
   ${CCl}_{2}{\text{ }F}_{2}$

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1. A.
   Concentration of both $A$ and $B$ are doubled.
2. B.
   Concentration of A is doubled and concentration of $B$ is kept constant.
3. C.
   Concentration of $B$ is doubled and concentration of $A$ is halved.
4. D.
   Concentration of A is kept constant and concentration of $B$ is halved.

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1. A.
   $2H_{(eq)}^{+} + 2e^{-} \longrightarrow H_{2(\text{ }g)}$
2. B.
   $F_{2(\text{ }g)} + 2e^{-} \longrightarrow 2{\text{ }F}_{(eq)}^{-}$
3. C.
   ${Li}_{(aq)}^{+} + e^{-} \longrightarrow {Li}_{(s)}$
4. D.
   ${Cl}_{2(\text{ }g)} + 2e^{-} \longrightarrow 2{Cl}_{(aq)}^{-}$

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1. A.
   B
2. B.
   P
3. C.
   As
4. D.
   Sb

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1. A.
   9.51 atm
2. B.
   12.32 atm
3. C.
   15.60 atm
4. D.
   6.75 atm

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1. A.
   $8\text{ }kJ{\text{ }mol}^{- 1}$
2. B.
   $40\text{ }kJ{\text{ }mol}^{- 1}$
3. C.
   $18\text{ }kJ{\text{ }mol}^{- 1}$
4. D.
   $32\text{ }kJ{\text{ }mol}^{- 1}$

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1. A.
   0.051
2. B.
   0.044
3. C.
   0.062
4. D.
   0.073

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1. A.
   ${Li}^{+ 2}$
2. B.
   ${Be}^{+ 3}$
3. C.
   ${Li}^{+}$
4. D.
   ${He}^{+}$

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1. A.
   Isoprene
2. B.
   Polyacrylonitrile
3. C.
   Chloroprene
4. D.
   Tetrafluoroethylene

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1. A.
   ${NH}_{3}$
2. B.
   $\ {CH}_{3}{NH}_{2}$
3. C.
   $\left( {CH}_{3} \right)_{2}NH$
4. D.
   $\left( {CH}_{3} \right)_{3}\text{ }N$

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1. A.
   Nitrate
2. B.
   Cyano
3. C.
   Aqua
4. D.
   Iodo

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1. A.
   $Eu(OH)_{3}$
2. B.
   $La(OH)_{3}$
3. C.
   $Lu(OH)_{3}$
4. D.
   $Gd(OH)_{3}$

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1. A.
   ${CH}_{3} - O - {CH}_{2} - {CH}_{3}$
2. B.
   ${CH}_{3} - COOH$
3. C.
   ${CH}_{3} - {CH}_{2} - {CH}_{2} - {CH}_{3}$
4. D.
   ${CH}_{3} - {CH}_{2} - {CH}_{2} - OH$

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1. A.
   Aniline
2. B.
   Tropone
3. C.
   Naphthalene
4. D.
   Phenol