### Break Down the Problem
1. Identify the relationship between force and acceleration.
2. Understand Newton's Second Law of Motion.

### Relevant Concepts
- According to Newton's Second Law, the relationship is defined as:
$$
F = ma
$$
where $ F $ is force, $ m $ is mass, and $ a $ is acceleration.

### Analysis and Detail
1. If more force $ F $ is applied to an object while its mass $ m $ remains constant, then the acceleration $ a $ must increase, since acceleration is directly proportional to the net force applied.

### Verify and Summarize
- Since acceleration $ a $ depends directly on force, applying more force implies that the acceleration will also increase.

### Final Answer
The correct choice is **increase**.

Question

### Break Down the Problem
1. Identify the relationship between force and acceleration.
2. Understand Newton's Second Law of Motion.

### Relevant Concepts
- According to Newton's Second Law, the relationship is defined as:
  $$
  F = ma
  $$
  where $ F $ is force, $ m $ is mass, and $ a $ is acceleration.

### Analysis and Detail
1. If more force $ F $ is applied to an object while its mass $ m $ remains constant, then the acceleration $ a $ must increase, since acceleration is directly proportional to the net force applied.

### Verify and Summarize
- Since acceleration $ a $ depends directly on force, applying more force implies that the acceleration will also increase.

### Final Answer
The correct choice is **increase**.

Knowee AI · Accepted Answer

### Break Down the Problem
1. Identify the relationship between force and acceleration.
2. Understand Newton's Second Law of Motion.

### Relevant Concepts
- According to Newton's Second Law, the relationship is defined as:
  $$
  F = ma
  $$
  where $ F $ is force, $ m $ is mass, and $ a $ is acceleration.

### Analysis and Detail
1. If more force $ F $ is applied to an object while its mass $ m $ remains constant, then the acceleration $ a $ must increase, since acceleration is directly proportional to the net force applied.

### Verify and Summarize
- Since acceleration $ a $ depends directly on force, applying more force implies that the acceleration will also increase.

### Final Answer
The correct choice is **increase**.

If more force is applied to an object in motion, then the object's acceleration will ______.Multiple choice question.remain constantdecreasebecome zeroincrease

Question

Solution

Break Down the Problem

Relevant Concepts

Analysis and Detail

Verify and Summarize

Final Answer

Similar Questions

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