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NEET 2026 Physics Question 12

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Question 12PhysicsSource page 5

NEET 2026 Physics Question 12

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Question

In the measurement of viscosity of liquids using terminal velocity experiment, spherical balls of same radius but having different densities are used. The variation of the terminal velocity (v) with the ratio of density of spherical ball (c) to density of the liquid (p), is best represented by : v Vv a) -

Options

1Refer to the source question image for option 1.
2pd 0 1 sip 0 1 slp v Vv i i | 7 wl | 01 olp 0 1 olp
3Refer to the source question image for option 3.
4Refer to the source question image for option 4.

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Option 1

Explanation

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Source question image

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Subject

Physics

Chapter

Chapter review pending

Topic

Topic review pending

Difficulty

Review Pending

Question type

Multiple Choice

Year

2026

Keywords

NEET 2026Re-NEET 2026Physicsquestion 12answer key

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Re-NEET 2026 Questions with Supplied Answers

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Question 11Physics

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A current I; flows through a metallic circular loop of radius r as shown in the figure. Resistance of the segment ABC is half that of ADC. Magnitude of magnetic field at the centre O of the loop is : A 1 C I I Wl,

Chapter review pending · Topic review pending

Option 1 - Hoo 9) Hoo m) 12r (@) 4r Bolo Holy

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Question 13Physics

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Two planets P, and P, with equal mass have radii R, and R,, respectively, where R, = The escape speeds of P, and P, are v, and v,, respectively. Then V2 is: Vi 1 03] NA 21 3 V2 @ 2

Chapter review pending · Topic review pending

Option 3

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Question 10Physics

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Water tlows in a streamline motion through a horizontal pipe of circular cross-section as shown in the figure. The pressure difference of water between P and Q is 15 Nm™ The area of cross-section at P and Q are 40 cm’ and 20 cm’, respectively. The rate of flow of water through the pipe, in cm’™, is : [Take density of water = 1000 kg m™] P _— Ea TN

Chapter review pending · Topic review pending

Option 4 - 400

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Question 14Physics

Review Pending

In a solar system, the time-period of revolution of a planet tracing a circular orbit of radius R is proportional to :

Chapter review pending · Topic review pending

Option 2 - R¥?

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NEET 2026 Physics Question 12

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Related questions

A current I; flows through a metallic circular loop of radius r as shown in the figure. Resistance of the segment ABC is half that of ADC. Magnitude of magnetic field at the centre O of the loop is : A 1 C I I Wl,

Two planets P, and P, with equal mass have radii R, and R,, respectively, where R, = The escape speeds of P, and P, are v, and v,, respectively. Then V2 is: Vi 1 03] NA 21 3 V2 @ 2

In a solar system, the time-period of revolution of a planet tracing a circular orbit of radius R is proportional to :

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