Electrical Force Data Problems Review

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q2 is increasing?

• What happens to the repulsive electric force when Q2 is decreasing?

• What happens to the attractive electric force when Q2 is increasing?

• What happens to the attractive electric force when Q2 is decreasing?

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q2 is increasing?

• What happens to the repulsive electric force when Q2 is decreasing?

• What happens to the attractive electric force when Q2 is increasing?

• What happens to the attractive electric force when Q2 is decreasing?

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q2 is increasing?

• What happens to the repulsive electric force when Q2 is decreasing?

• What happens to the attractive electric force when Q2 is increasing?

• What happens to the attractive electric force when Q2 is decreasing?

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q2 is increasing?

• What happens to the repulsive electric force when Q2 is decreasing?

• What happens to the attractive electric force when Q2 is increasing?

• What happens to the attractive electric force when Q2 is decreasing?

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q1 is increasing?

• What happens to the repulsive electric force when Q1 is decreasing?

• What happens to the attractive electric force when Q1 is increasing?

• What happens to the attractive electric force when Q1 is decreasing?

What is the answer to this question: "What happens to the attractive electric force when Q1 is increasing?"

• As Q1 increases, the Force decreases in attraction because Q1 is multiplied on top of the equation.

• As Q1 increases, the Force increases in attraction because Q1 is multiplied on top of the equation.

• As Q1 increases, the Force decreases in attraction because Q1 is divided on the bottom of the equation.

• As Q1 increases, the Force increases in attraction because Q1 is divided on the bottom of the equation.

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q1 is increasing?

• What happens to the repulsive electric force when Q1 is decreasing?

• What happens to the attractive electric force when Q1 is increasing?

• What happens to the attractive electric force when Q1 is decreasing?

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q2 is increasing?

• What happens to the repulsive electric force when Q2 is decreasing?

• What happens to the attractive electric force when Q2 is increasing?

• What happens to the attractive electric force when Q2 is decreasing?

What question can you ask about the electrical force in this data?

• What happens to the repulsive electric force when Q2 is increasing?

• What happens to the repulsive electric force when Q2 is decreasing?

• What happens to the attractive electric force when Q2 is increasing?

• What happens to the attractive electric force when Q2 is decreasing?

What is the answer to this question: What happens to the attractive electric force when Q2 is decreasing?

• As Q2 decreases, the Force decreases in attraction because Q2 is multiplied on top of the equation.

• As Q2 decreases, the Force decreases in attraction because Q2 is divided on the bottom of the equation.

• As Q2 decreases, the Force increases in attraction because Q2 is multiplied on top of the equation.

• As Q2 decreases, the Force increases in attraction because Q2 is divided on the bottom of the equation.