If $r(t)=e^{t}$ for $t0$, what is the formula for $s(t)=r(t-4)$ ?
A) $ s(t)=e^{t-4}$
B) $s(t)=e^{t}-4$
C) $s(t)=e^{t+4}$
D) $s(t)=e^{t}+4$

Name: If $r(t)=e^{t}$ for $t>0$, what is the formula for $s(t)=r(t-4)$ ? A) $ s(t)=e^{t-4}$ B) $s(t)=e^{t}-4$ C) $s(t)=e^{t+4}$ D) $s(t)=e^{t}+4$
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Question

If $r(t)=e^{t}$ for $t>0$, what is the formula for $s(t)=r(t-4)$ ?
A) $ s(t)=e^{t-4}$
B) $s(t)=e^{t}-4$
C) $s(t)=e^{t+4}$
D) $s(t)=e^{t}+4$

Quizplus · Accepted Answer

The Answer of If $r(t)=e^{t}$ for $t>0$, what is the formula for $s(t)=r(t-4)$ ?
A) $ s(t)=e^{t-4}$
B) $s(t)=e^{t}-4$
C) $s(t)=e^{t+4}$
D) $s(t)=e^{t}+4$

If r(t)=etr(t)=e^{t}r(t)=et For t>0t>0t>0 , What Is the Formula For s(t)=r(t−4)s(t)=r(t-4)s(t)=r(t−4) ? A) s(t)=et−4 s(t)=e^{t-4}s(t)=et−4

If $r(t)=e^{t}$ For $t>0$ , What Is the Formula For $s(t)=r(t-4)$ ?
A) $s(t)=e^{t-4}$