If $P is invested in a bank account earning r% interest a year, compounded continuously, the balance, $B, at the end of t years is given by $B=f(P, r, t)=P e^{n / 100}$ Find $\partial B / \partial P$

Question

If $P is invested in a bank account earning r% interest a year, compounded continuously, the balance, $B, at the end of t years is given by $B=f(P, r, t)=P e^{n  / 100}$ Find $\partial B / \partial P$

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The Answer of If $P is invested in a bank account earning r% interest a year, compounded continuously, the balance, $B, at the end of t years is given by $B=f(P, r, t)=P e^{n  / 100}$ Find $\partial B / \partial P$

If $P Is Invested in a Bank Account Earning R B=f(P,r,t)=Pen/100B=f(P, r, t)=P e^{n / 100}B=f(P,r,t)=Pen/100

If $P Is Invested in a Bank Account Earning R $B=f(P, r, t)=P e^{n / 100}$