**Get to Know All about Collisions in Two Dimensions Here**

One dimension and two dimensioncollisions in Linear momentum shows the conservation of momentum and energy. All these can be understood in-depth with our **Collisions in Two Dimensions assignment help**, to develop the concept in a better way.

Energy cannot be created or destroyed, it can onlybe changed from one form to another. But no action can take place in an entirely elastic situation. As a result,kineticenergyof the bodyreduces as some amount and gets released from the body of the object after thecollision.The onlytimewhenkinetic energy can be increased after thecollisionis during an exothermicchemical reaction.This canbe explained to you in details with **Collisions in Two Dimensions homework help**.

**How Collisions in Two Dimensions is implied?**

**Elastic collision:**

Imagine there are two bodies with mass m_{1 }and m_{2 }moving at each other with velocityv_{1 }and v_{2} respectively. Suppose both the bodies collide at an angle, the bodies will move to an angle 0_{1 }and 0_{2} respectively to its initial direction. Let their speed be f_{1}andf_{2}respectively.

- After the collision let, the velocities are v
_{f1 }and v_{f2}. So the equation would be

½ m_{1 }v_{1 }+ ½ m_{2 }v_{2 }= ½ m_{1 }v_{f1 }+ ½ m_{2 }v_{f2}

**Inelastic collision:**

Maximum collisions in real life are inelastic. Let the mass of the two bodies be m_{1 }and m_{2 }moving at each other with velocityv_{1 }and v_{2} respectively. The angles of collision be0_{1 }and 0_{2. }Let the initial kinetic energy beK_{i }initial and K_{2}after the collision

Kinetic energy is ½ mass x velocity^{2}

- For conservation of momentum of each body would be:

m_{1 }v_{1}+m_{2 }v_{2 }= (m_{1 }+ m_{2}) v2

- Ratio of kinetic energy before to after collision:

K_{2 }/ K_{1} = m_{1 }/ (m_{1 }+ m_{2})

- The fraction of energy lost:

(K_{1 }– K_{2})/ K_{1 }= m_{2 }/ (m_{1 }+ m_{2})

This is the basic equation. If you are willing to understand it in a better manner, try **Collisions in Two Dimensions assignment help **service at myhomeworkhelp.com.

**Examples of Collisions in Two Dimensions**

Elastic collisions are very rare phenomena in real life. No collision, in reality, is perfectly elastic. Still, some are considered to be elastic collisions:

- Pool table balls hitting each other
- Bowling’s ball rolling

Collisions in inelastic condition:

- Car crash with another object
- Seatbelt
- Bouncing a ball
- Punching a boxing bag

Myhomeworkhelp.com can provide you with more examples and solutions regarding the problems. Get all your queries explained regarding this with **Collisions in Two Dimensions homework help**.

**Why choose us?**

As you would need time to understand the topic in-depth and clarify your doubts, deadlines won’t wait for you or give you extra time.We understand your problem, so while you take your time to understand the subject, let our professionals do your work.

- We give 100% error free projects and assignment
- Your deadline is ours. So we make sure it’s done on time
- Our priority is your satisfaction
- Assignments are done by experts in the field of Physics

We ensure that you shine among the others by giving you **Collisions in Two Dimensions assignment help** and guidance. Our company wants to build the steps to success for you!