Cody

# Problem 1360. Special Relativity 101.

Solution 3264623

Submitted on 18 Oct 2020 by Alex
This solution is locked. To view this solution, you need to provide a solution of the same size or smaller.

### Test Suite

Test Status Code Input and Output
1   Pass
v = 0; y_correct = 1; assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

2   Pass
v = 1000; % km/s y_correct = 1; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

3   Pass
v = 10000; % km/s y_correct = 1.0006; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

4   Pass
v = 50000; % km/s y_correct = 1.0142; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

5   Pass
v = 100000; % km/s y_correct = 1.0607; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

6   Pass
v = 200000; % km/s y_correct = 1.3416; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

7   Pass
v = 250000; % km/s y_correct = 1.8091; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

8   Pass
v = 290000; % km/s y_correct = 3.9057; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

9   Pass
v = 299000; % km/s y_correct = 12.2577; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

10   Pass
v = 299900; % km/s y_correct = 38.7331; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

11   Pass
v = 299999; % km/s y_correct = 387.2987; % kg assert(abs(specialRelativity(v)-y_correct) <= 0.0001)

### Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!