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train_mass = 22680 | |
train_acceleration = 10 | |
train_distance = 100 | |
bomb_mass = 1 | |
def f_to_c(f_temp): | |
c_temp = (f_temp - 32) * 5/9 | |
return c_temp | |
f100_in_celsius = f_to_c(100) | |
print(f100_in_celsius) | |
def c_to_f(c_temp): | |
f_temp = c_temp * (9/5) + 32 | |
return f_temp | |
c0_in_fahrenheit = c_to_f(0) | |
print(c0_in_fahrenheit) | |
def get_force(mass, acceleration): | |
return mass * acceleration | |
train_mass = 100000 | |
train_acceleration = 25 | |
train_force = get_force(train_mass, train_acceleration) | |
print(train_force) | |
print("The GE train supplies " + str(train_force) + " Newtons of force.") | |
def get_energy(mass, c=(3*10**8)): | |
return mass * c**2 | |
bomb_mass = 1 | |
bomb_energy = get_energy(bomb_mass) | |
print(bomb_energy) | |
print("A 1kg bomb supplies " + str(bomb_energy) + " Joules.") | |
def get_work(mass, acceleration, distance): | |
return get_force(mass, acceleration) * distance | |
train_distance = 5 | |
train_work = get_work(train_mass, train_acceleration,train_distance) | |
print("The GE train does " + str(train_work) + " Joules of work over " + str(train_distance) + " meters.") |
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