NEET 2024 Exam Paper - (1563 RENEET) NEET Practice Questions, MCQs, Past Year Questions (PYQs), NCERT Questions, Question Bank, Class 11 and Class 12 Questions, and PDF solved with answers

The magnetic potential energy when a magnetic bar with a magnetic moment

\vec{M}

$\vec{M}$ is placed perpendicular to the magnetic field

\vec{B}

$\vec{B}$ is:

1.	$\dfrac{-mB}{2}$	2.	zero
3.	$-mB$	4.	$mB$

Subtopic: Analogy between Electrostatics & Magnetostatics |

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Q2:

A bob is whirled in a horizontal circle by means of a string at an initial speed of

10

$10$ rpm. If the tension in the string is quadrupled while keeping the radius constant, the new speed is:

1.	$20$ rpm	2.	$40$ rpm
3.	$5$ rpm	4.	$10$ rpm

Subtopic: Uniform Circular Motion |

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Q3:

A metal cube of a side

5 cm,

$5~\text{cm},$ is charged with

6 μC.

$6~\text{μC.}$ The surface charge density on the cube, is:

1.	$0.125\times10^{-3}~\text{C m}^{-2}$	2.	$0.25\times10^{-3}~\text{C m}^{-2}$
3.	$4\times10^{-3}~\text{C m}^{-2}$	4.	$0.4\times10^{-3}~\text{C m}^{-2}$

Subtopic: Electric Charge |

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Q4:

The incorrect relation for a diamagnetic material (all the symbols carry their usual meaning and

ε

$\varepsilon$ is a small positive number) is:
1.

μ < μ_{0}

$\mu<\mu_{0}$
2.

0 ⩽ μ_{r} < 1

$0\leqslant\mu_{\mathrm{r}}<1$
3.

- 1 ⩽ χ < 0

$-1\leqslant\chi<0$
4.

1 < μ_{r} < 1 + ε

$1<\mu_r<1+\varepsilon$

Subtopic: Magnetic Materials |

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Q5:

An ideal fluid is flowing in a non-uniform cross-sectional tube

X Y

$XY$ (as shown in the figure) from end

X

$X$ to end

Y .

$Y.$ If

K_{1}

$K_1$ and

K_{2}

$K_2$ are the kinetic energies per unit volume of the fluid at

X

$X$ and

Y

$Y$ respectively, the correct relationship between

K_{1}

$K_1$ and

K_{2}

$K_2$ is:

1.	$K_1=K_2$	2.	${2K}_1={K}_2$
3.	${K}_1>{K}_2$	4.	${K}_1<{K}_2$

Subtopic: Bernoulli's Theorem |

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Q6:

The escape velocity for Earth is

v .

$v.$ A planet having

9

$9$ times the mass of Earth and a radius,

16

$16$ times that of Earth, has the escape velocity of:

1.	$\dfrac{v}{3}$	2.	$\dfrac{2v}{3}$
3.	$\dfrac{3v}{4}$	4.	$\dfrac{9v}{4}$

Subtopic: Escape velocity |

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Q7:

An electron and an alpha particle are accelerated by the same potential difference. Let

λ_{e}

$\lambda_\mathrm{e}$ and

λ_{α}

$\lambda_\mathrm{\alpha}$ denote the de-Broglie wavelengths of the electron and the alpha particle, respectively, then:

1.	$\lambda_{\mathrm{e}}>\lambda_{\alpha}$	2.	$\lambda_{\mathrm{e}}=4\lambda_{\alpha}$
3.	$\lambda_{\mathrm{e}}=\lambda_{\alpha}$	4.	$\lambda_{\mathrm{e}}<\lambda_{\alpha}$

Subtopic: De-broglie Wavelength |

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Q8:

An object is moving along the horizontal

x -

$x\text-$ direction with an initial kinetic energy of

10 J .

$10~\text J.$ It is displaced through

x = (3 \hat{i}) m

$x=(3\hat{i})~\text{m}$ under the influence of a force

\vec{F} = (- 2 \hat{i} + 3 \hat{j}) N .

$\vec{{{F}}}=(-2\hat{i}+3\hat{j})~\text N.$ The kinetic energy of the object at the end of the displacement

x

$x$ is:

1.	$10~\text{J}$	2.	$16~\text J$
3.	$4~\text J$	4.	$6~\text J$

Subtopic: Work Energy Theorem |

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Q9:

An object falls from a height of

10 m

$10~\text m$ above the ground. After striking the ground it loses

50 %

$50\%$ of its kinetic energy. The height up to which the object can re-bounce from the ground is:

1.	$7.5~\text m$	2.	$10~\text m$
3.	$2.5~\text m$	4.	$5~\text m$

Subtopic: Gravitational Potential Energy |

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Q10:

In the circuit shown below, the inductance

L

$L$ is connected to a source. The current flowing in the circuit is

I = I_{0} \sin ω t .

${I=I_{0}\sin\omega t.}$ The voltage drop

(V_{L})

$(V_L)$ across

L

$L$ is:

1.	$\omega L~I_0\sin\omega t$	2.	$\frac{{I}_0}{\omega{L}}\sin\omega t$
3.	$\frac{{I}_0}{\omega{L}}\cos\omega t$	4.	$\omega L~I_0\cos\omega t$

Subtopic: Different Types of AC Circuits |

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