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# Material Density

### What did you think about the lesson?

## OTHER LESSONS IN THIS COURSE

### Physics Entities and Colliders

### Model a Physics Feeder

### Model a Physics Conveyor

### Model a Physics Container

### Model a Fixed Joint

### Model a Distance Joint

### Restitution

### Static and Dynamic Friction

### Linear and Angular Damping

### Material Density

COURSE › Simulating Physics

COMPONENT MODELING | PHYSICS

Learn how to affect the mass of a physical body by changing its density.

Software Version: 4.1.0

5 answers.

08:33

1

Component Modeling

Learn the basics of modeling components to be affected by physical forces and objects.

11:18

2

Component Modeling

Learn how to create components during a simulation, which can be influenced by physical objects and forces.

14:15

3

Component Modeling

Learn how to model a conveyor that can push objects along a path.

06:54

4

Component Modeling

Learn how to model containers of physical objects.

04:25

5

Component Modeling

Learn how to join physical objects together and form a fixed relationship.

07:13

6

Component Modeling

Learn how to define an axis and distance for two physical objects pushing and pulling one another.

05:05

7

Component Modeling

Learn how to define the restitution or bounciness of a physical object.

18:16

8

Component Modeling

Learn how to define the coefficients of friction of a physical body and visualize the displacement of parts by sweeping geometry.

35:30

9

Component Modeling

Learn how to define the linear and angular damping of a physical body to minimize its movement.

04:02

10

Component Modeling

Learn how to affect the mass of a physical body by changing its density.