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The reduced mass calculator makes life easier! It takes the masses of two things in a system and gives you this special reduced mass. This special mass helps simplify the complicated math when dealing with the movement of two things.

## What is the Reduced Mass?

The reduced mass is like a special mass that makes it easier to understand how two things move together. It’s super helpful when dealing with the motion of two objects, like planets or particles.

## Reduced Mass Formula

M=m₁∗m₂/(m₁+m₂)

Here’s what each part means:

• M is the reduced mass.
• m1​ is the mass of the first object.
• m2​ is the mass of the second object.

### How to Use the Formula

1. Multiply the Masses:
• Multiply the mass of the first object (m1​) by the mass of the second object (m2​).
• Add the individual masses (m1​+m2​).
3. Divide:
• Divide the result from step 1 by the result from step 2.

### Example Calculation:

Let’s say m1​=10 and m2​=20.

M=10×20​/10+20

M=200​/30

M=6.67

So, the reduced mass (M) is 6.67.

This formula is useful in physics and engineering to find a simplified mass for a two-object system. It helps in solving problems involving the motion of two masses, making the calculations more manageable.