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Step by step
- \frac{d}{dt}\left[e^{- k^{2} t}\right]
Start from the derivative to compute.
- e^{- k^{2} t} \frac{\partial}{\partial t} \left(- k^{2} t\right)
Chain rule: (eᵘ)′ = eᵘ, times u′ where u = - k^{2} t.
- - k^{2} e^{- k^{2} t} \frac{d}{d t} t
Constant multiple rule: pull the constant out.
- - k^{2} e^{- k^{2} t}
d/dx of x is 1.
Reveal the answer
f'(t) = - k^{2} e^{- k^{2} t}