The data table below lists the masses and speeds of four objects.
 
Object	Mass (kg)	Speed (m/s)
A	4.0	6.0
B	6.0	5.0
C	8.0	3.0
D	16.0	1.5

Which object has the greatest inertia?
A.Object A
B.Object B
C.Object C
D.Object D

Inertia is directly related to the mass of an object. The greater the mass, the greater the inertia.

Looking at the given data table, the masses of the objects are:
- Object A: 4.0 kg
- Object B: 6.0 kg
- Object C: 8.0 kg
- Object D: 16.0 kg

Since inertia depends only on mass and not speed, **Object D** has the greatest inertia because it has the largest mass of 16.0 kg.

The correct answer is:
**D. Object D**

Would you like more details on inertia or its relation to other forces?

Here are 5 follow-up questions:
1. How does inertia affect an object's motion in space?
2. What is the difference between inertia and momentum?
3. How is inertia linked to Newton's First Law of Motion?
4. Can two objects with different masses have the same inertia?
5. What role does mass play in an object's resistance to acceleration?

**Tip:** Inertia depends only on the mass of an object, not on its speed or velocity.

The data table below lists the masses and speeds of four objects.

Object	Mass (kg)	Speed (m/s)
A	4.0	6.0
B	6.0	5.0
C	8.0	3.0
D	16.0	1.5

Which object has the greatest inertia?
A.Object A
B.Object B
C.Object C
D.Object D

This problem helps students understand the concept of inertia and how it relates to the mass of objects. Given a table of masses and speeds, students determine which object has the greatest inertia using principles from Newton's First Law of Motion. Suitable for Grades 6-8 physics students.

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