Question22. When two forces on the same object are equal and opposite, these forces are called forces. A. net B. frictional
II C. balanced D. unbalanced

Studdy Solution

STEP 1

What is this asking? What do we call two equal and opposite forces acting on the same object? Watch out! Don't confuse balanced forces with other types of forces.

STEP 2

1. Define Balanced Forces
2. Analyze the scenario

STEP 3

Balanced forces are two or more forces acting on an object that cancel each other out.
Think of it like a tug-of-war where both teams are pulling with the exact same strength!
Nothing moves!

STEP 4

Mathematically, this means the net force is zero.
Imagine one force is $+5$ units and the other is $-5$ units.
Adding them together: $+5 + (-5) = 0$ .
They add to zero!

STEP 5

The problem says we have two forces on the same object that are equal and opposite.
This is exactly the definition of balanced forces!

STEP 6

Let's imagine one force pulling to the right with $+F$ units of force, and another pulling to the left with $-F$ units of force.
The total force is: $+F + (-F) = 0$ The forces add to zero, meaning they're balanced!

STEP 7

The answer is C. balanced.

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Question22. When two forces on the same object are equal and opposite, these forces are called forces. A. net B. frictional
II C. balanced D. unbalanced

Studdy Solution

STEP 1

What is this asking? What do we call two equal and opposite forces acting on the same object? Watch out! Don't confuse balanced forces with other types of forces.

STEP 2

1. Define Balanced Forces
2. Analyze the scenario

STEP 3

Balanced forces are two or more forces acting on an object that cancel each other out.
Think of it like a tug-of-war where both teams are pulling with the exact same strength!
Nothing moves!

STEP 4

Mathematically, this means the net force is zero.
Imagine one force is $+5$ units and the other is $-5$ units.
Adding them together: $+5 + (-5) = 0$ .
They add to zero!

STEP 5

The problem says we have two forces on the same object that are equal and opposite.
This is exactly the definition of balanced forces!

STEP 6

Let's imagine one force pulling to the right with $+F$ units of force, and another pulling to the left with $-F$ units of force.
The total force is: $+F + (-F) = 0$ The forces add to zero, meaning they're balanced!

STEP 7

The answer is C. balanced.

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Question22. When two forces on the same object are equal and opposite, these forces are called forces. A. net B. frictionalII C. balanced D. unbalanced

Studdy Solution

STEP 1

What is this asking? What do we call two equal and opposite forces acting on the same object? Watch out! Don't confuse *balanced* forces with other types of forces.

STEP 2

1. Define Balanced Forces2. Analyze the scenario

STEP 3

Balanced forces are **two or more forces** acting on an object that **cancel each other out**.Think of it like a tug-of-war where both teams are pulling with the **exact same strength**!Nothing moves!

STEP 4

Mathematically, this means the **net force** is zero.Imagine one force is +5+5+5 units and the other is −5-5−5 units.Adding them together: +5+(−5)=0+5 + (-5) = 0+5+(−5)=0.They add to **zero**!

STEP 5

The problem says we have **two forces** on the **same object** that are **equal and opposite**.This is *exactly* the definition of balanced forces!

STEP 6

Let's imagine one force pulling to the right with +F+F+F units of force, and another pulling to the left with −F-F−F units of force.The total force is: +F+(−F)=0+F + (-F) = 0+F+(−F)=0 The forces add to zero, meaning they're **balanced**!

STEP 7

The answer is **C. balanced**.

Get Studdy

Studdy solves anything!

Start learning now

Download Studdy AI Tutor now. Learn with ease and get all help you need to be successful at school.

Question22. When two forces on the same object are equal and opposite, these forces are called forces. A. net B. frictional
II C. balanced D. unbalanced

What is this asking? What do we call two equal and opposite forces acting on the same object? Watch out! Don't confuse balanced forces with other types of forces.

1. Define Balanced Forces
2. Analyze the scenario

Balanced forces are two or more forces acting on an object that cancel each other out.
Think of it like a tug-of-war where both teams are pulling with the exact same strength!
Nothing moves!

Mathematically, this means the net force is zero.
Imagine one force is $+5$ units and the other is $-5$ units.
Adding them together: $+5 + (-5) = 0$ .
They add to zero!

The problem says we have two forces on the same object that are equal and opposite.
This is exactly the definition of balanced forces!

Let's imagine one force pulling to the right with $+F$ units of force, and another pulling to the left with $-F$ units of force.
The total force is: $+F + (-F) = 0$ The forces add to zero, meaning they're balanced!

The answer is C. balanced.