Electrostatics-Electrostatic Potential Energy [NEET (2024 Updated)-National Eligibility cum Entrance Test (Medical) Physics]: Questions 15 - 19 of 19

Choose Programs:

📹 Video Course 2024 (8 Lectures [3 hrs : 4 mins]): Offline Support

Rs. 100.00 -OR-

1 Month Validity (Multiple Devices)

Preview All LecturesDetails

⏳ 🎯 Online Tests (5 Tests [50 questions each]): NTA Pattern, Analytics & Explanations

Rs. 500.00 -OR-

3 Year Validity (Multiple Devices)

Sample TestsDetailsSee Demo

🎓 Study Material (575 Notes): 2024-2025 Syllabus

Rs. 650.00 -OR-

3 Year Validity (Multiple Devices)

Topic-wise Notes & SampleDetails

🎯 5119 MCQs (& PYQs) with Full Explanations (2024-2025 Exam)

Rs. 750.00 -OR-

3 Year Validity (Multiple Devices)

CoverageDetailsSample Explanation

Help me Choose & Register (Watch Video) Already Subscribed?

Question 15

Question MCQ▾

In bringing an electron towards another electron, electrostatic potential energy of the system:

Choices

Choice (4)Response

a.

Decreases

b.

Becomes zero

c.

Increases

d.

Remains unchanged

Edit

Question 16

Question MCQ▾

A positive charge is moved from a low potential point A to high potential point B. Then the electric potential energy of the system

Choices

Choice (4)Response

a.

Nothing definite can be predicted

b.

Decreases

c.

Will remain the same

d.

Increases

Edit

Question 17

Question MCQ▾

If V and u are electric potential and energy density, respectively, at a distance r from a positive point charge, then which of the following graph is correct?

Choices

Choice (4)Response

a.

Option a Graph of V2 ⇾ U

b.

Option B Graph of V2 ⇾ U

c.

Option C Graph of V2 ⇾ U

d.

Option D Graph of V2 ⇾ U

Edit

Question 18

Appeared in Year: 2021

Question MCQ▾

The equivalent capacitance of the combination shown in the figure is

The Equivalent Capacitance of the Combination

Choices

Choice (4)Response

a.

2C

b.

c.

3C

d.

Edit

Question 19

Appeared in Year: 2021

Question MCQ▾

Twenty-seven drops of same size are charged at 200 V each. They combine to form a bigger drop.

Calculate the potential of the bigger drop.

Choices

Choice (4)Response

a.

1520 V

b.

1980 V

c.

1320 V

d.

660 V

Edit