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Free Launch Velocity Calculator with steps. Calculate projectile speed easily with clear formulas, solutions, and instant results online.
Ever wondered how fast a ball, rocket, or object must move to reach a certain height? That’s where a Launch Velocity Calculator comes in handy. It’s a simple tool that shows you the speed of an object right at the start of its journey.
We built this calculator to help students, engineers, and curious minds. You’ll get step-by-step solutions, clear formulas, and easy results. No confusing math, no long textbooks just quick answers.
Launch velocity is the speed an object has when it’s first launched into the air. Imagine throwing a basketball up. The harder you throw, the higher it goes. That speed at the start is the launch velocity.
In physics, it plays a key role in projectile motion. It helps us predict how far and how high an object will travel.
The formula is very simple:
V = X × √(g / (2 × H))
Where:
This means: multiply the horizontal distance by the square root of gravity divided by two times the height.
Using our tool is as easy as pie. Here’s how you do it:
Hit calculate and boom you’ll see the velocity along with each step explained.
Let’s walk through a real example.
Say a projectile travels 200 meters in the horizontal direction and reaches a height of 40 meters. Using the formula:
V = 200 × √(9.81 / (2 × 40))
V = 200 × √(9.81 / 80)
V = 200 × √0.1226
V = 200 × 0.3501
V = 70.03 m/s
So, the launch velocity is about 70.03 meters per second.
Sure, you could crunch the numbers by hand. But why waste time? Our calculator does the heavy lifting for you. You’ll also get step-by-step solutions so you can see how the math unfolds. It’s like having a tutor by your side.
The Launch Velocity Calculator is more than just a tool. It’s a guide for students, teachers, and hobbyists. Whether you’re working on a physics project or just curious about motion, you’ll find it simple and useful.
It helps predict how far and how high an object will travel.
Yes, you can. For Earth use 9.81, but you can set values for Mars, Moon, or anywhere else.
Absolutely. You’ll see every step, from formula to final answer.
Not at all. Anyone can use it students, teachers, athletes, even space fans.