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import numpy as np
def calculate_money_growth(p0, r, t):
assert p0.size=t.size
return p0 * np.exp(r*t)
# functions workspace
# workspace of variable explorer
ap0=1
ar=1
at=1
# assign an output value to the function and feed through input arguments
output=money_growth(ap0,ar,at)
import numpy as npa=6b=7c=np.pi
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