Global Medical Education

Student Login Sign Up FreeSign Up

Medical student holding blue study books

Back to NEET Hub

NEET 2026 Physics Question 32

Read the question, supplied answer marker, source image and current academic review note.

Back to Question Search Back to NEET Hub

Question 32PhysicsSource page 9

NEET 2026 Physics Question 32

The source image is the exact booklet reference. The text below is a searchable transcription and may need final formatting review for formulas or symbols.

Question

A conducting loop of finite resistance lies on the xy plane. There is a constant magnetic field in the z direction. The area of the loop varies with time t, as A = A, (1 + sin t) in appropriate units. The figure that correctly indicates the qualitative behaviour of the power P dissipated in the loop as a function of time is : P, P ; nn, ; Y 0 t 0 £ P P

Options

1Refer to the source question image for option 1.
2Refer to the source question image for option 2.
3Refer to the source question image for option 3.
4g 0 i 0 t

Supplied answer marker

Option 2

Explanation

Explanation will be updated after review.

Source question image

Use the source crop for formulas, diagrams and typography that may not be fully represented in the text transcription.

NEET 2026 Physics Question 32 source crop

Subject

Physics

Chapter

Chapter review pending

Topic

Topic review pending

Difficulty

Review Pending

Question type

Multiple Choice

Year

2026

Keywords

NEET 2026Re-NEET 2026Physicsquestion 32answer key

Source image verified; text transcription pending final academic review.

Re-NEET 2026 Questions with Supplied Answers

The earlier 2.4 MB study booklet contains the supplied questions and answer markers, but does not identify a paper code.

2.4 MB · Student profile required for PDF download

Verified student profile required

View subject questions

Question 31Physics

Review Pending

A thin horizontal disc is rotating about a vertical axis passing through its fixed centre O. Its angular momentum is L, and 1; computed about points A and B, respectively, with OB = 2 x OA. The value of = is : B (+ A B 1 1 m5 @ 5 31 @ 2

Chapter review pending · Topic review pending

Option 3

View Explanation

Question 33Physics

Review Pending

A point charge Q is placed inside a cavity within a solid isolated conducting sphere. Consider points A, B and C as shown in the figure, where the magnitudes of the electric fields are E,, E; and E,, respectively. The points B and C are at the same distance from the center of the solid sphere. The correct option is : a)

Chapter review pending · Topic review pending

Option 2 - E,=0,E, =E,

View Explanation

Question 30Physics

Review Pending

An ac voltage V=220 sin (2 x 10%) Volt is applied to a series LCR circuit. Then the current amplitude in this circuit is : (Given : L = 10 mH, C = 25uF, R = 100 Q)

Chapter review pending · Topic review pending

Option 1 - 22A

View Explanation

Question 34Physics

Review Pending

Consider a fixed uniformly charged insulating sphere with radius R and total charge +Q. A point charge —q (q<<Q) with mass m is released from rest at a distance of 3R from the centre of the charged sphere. when the point charge reaches the surface of the sphere, its speed is : (e, is the permittivity of vacuum, neglect gravitational forces). 0 _3Qq @ _2Qq 3 2 4ne, mR 3n g, mR Qq Qq

Chapter review pending · Topic review pending

Option 3

View Explanation

NEET 2026 Physics Question 32

Question

Options

Supplied answer marker

Explanation

Source question image

Subject

Chapter

Topic

Difficulty

Question type

Year

Keywords

Re-NEET 2026 Questions with Supplied Answers

Related questions

A thin horizontal disc is rotating about a vertical axis passing through its fixed centre O. Its angular momentum is L, and 1; computed about points A and B, respectively, with OB = 2 x OA. The value of = is : B (+ A B 1 1 m5 @ 5 31 @ 2

An ac voltage V=220 sin (2 x 10%) Volt is applied to a series LCR circuit. Then the current amplitude in this circuit is : (Given : L = 10 mH, C = 25uF, R = 100 Q)

Related NEET links