Physics
Grade-9
Easy
Question
Identify the potential energy across the charges shown.

- Low potential
- High potential
- Cannot be determined
- Incomplete information
Hint:
High potential
The correct answer is: High potential
- The potential energy is inversely proportional to the square of distance between the charges.
- As the distance decreases (the charges come closer), the potential energy increases.
- The electric potential is inversely proportional to the distance between the two charges. Therefore, if the distance decreases, the potential increases.
- So, the correct option is b.
Related Questions to study
Physics
Identify the potential energy across the charges shown.

Identify the potential energy across the charges shown.

PhysicsGrade-9
Physics
Another positive test charge is brought near a positive test charge. Potential energy across any of the test charge will
Another positive test charge is brought near a positive test charge. Potential energy across any of the test charge will
PhysicsGrade-9
Physics
Which is at lower potential?

Which is at lower potential?

PhysicsGrade-9
Physics
A voltage of 220 V is available in a household. Which of these equipment will work with that voltage as per the reading behind the equipment?
- Reading behind the equipment in option a is 230V.
- Reading behind the equipment in option c is 240V.
- Reading behind the equipment in option d is 230-240V.
A voltage of 220 V is available in a household. Which of these equipment will work with that voltage as per the reading behind the equipment?
PhysicsGrade-9
- Reading behind the equipment in option a is 230V.
- Reading behind the equipment in option c is 240V.
- Reading behind the equipment in option d is 230-240V.
Physics
What does a voltmeter measure?
What does a voltmeter measure?
PhysicsGrade-9
Physics
What is the direction of current in the following circuit?

What is the direction of current in the following circuit?

PhysicsGrade-9
Physics
Identify the correct circuit diagram.
Identify the correct circuit diagram.
PhysicsGrade-9
Physics
A potential energy of 5 J is used to move charges across the given battery.
How many charges are being moved?
A potential energy of 5 J is used to move charges across the given battery.
How many charges are being moved?
PhysicsGrade-9
Physics
A potential energy of 5 J is required to move 10 C of charge across a battery. Potential difference of one end is given. What is the potential difference at another end?

A potential energy of 5 J is required to move 10 C of charge across a battery. Potential difference of one end is given. What is the potential difference at another end?

PhysicsGrade-9
Physics
What will be the potential energy required to move a charge of 60 C across the given potential difference?

What will be the potential energy required to move a charge of 60 C across the given potential difference?

PhysicsGrade-9
Physics
In 10 seconds, a charge of 25 C leaves a battery, and 200 J of energy is delivered to an outside circuit. What is the potential difference across the battery?
In 10 seconds, a charge of 25 C leaves a battery, and 200 J of energy is delivered to an outside circuit. What is the potential difference across the battery?
PhysicsGrade-9
Physics
What component is wrong in this circuit diagram?

What component is wrong in this circuit diagram?

PhysicsGrade-9
Physics
A charge of 25 C is moved from infinity to points A and B, and the work done to do so is 10 J and 11 J, respectively. Calculate the potential difference between points A and B.
A charge of 25 C is moved from infinity to points A and B, and the work done to do so is 10 J and 11 J, respectively. Calculate the potential difference between points A and B.
PhysicsGrade-9
Physics
To carry how much charge between two points having potential difference equal to 220 V, 1760 J of work is done?
To carry how much charge between two points having potential difference equal to 220 V, 1760 J of work is done?
PhysicsGrade-9
Physics
How much potential difference is required to do 100 J of work to carry a charge of 20 C between two points?
How much potential difference is required to do 100 J of work to carry a charge of 20 C between two points?
PhysicsGrade-9