Question: Let b = 1 , and graph C = a t e - b t using different values for a . Explain the effect of

Let b=1, and graph C=ate-bt using different values for a. Explain the effect of the parameter a.
If a is positive, the "hump" is below the t-axis. If a is negative, the "hump" is above the t-axis. If a>0, a larger value of a will produce a larger minimum value of C. If a0, a more negative value of a will produce a smaller maximum value of C.
If a is positive, the "hump" is below the t-axis. If a is negative, the "hump" is above the t-axis. If a>0, a larger value of a will produce a smaller minimum value of C. If a0, a more negative value of a will produce a larger maximum vallue of C.
If a is positive, the "hump" is above the t-axis. If a is negative, the "hump" is below the t-axis. If a>0, a larger value of a will produce a smaller minimum value of C. If a0, a more negative value of a will produce a larger maximum value of C.
If a is positive, the "hump" is below the t-axis. If a is negative, the "hump" is above the t-axis. If a>0, a larger value of a will produce a larger maximum value of C. If a0, a more negative value of a will produce a smaller minimum value of C.
If a is positive, the "hump" is above the t-axis. If a is negative, the "hump" is below the t-axis. If a>0, a larger value of a will produce a larger maximum value of C. If a0, a more negative value of a will produce a smaller minimum value of C.
Let b = 1 , and graph C = a t e - b t using

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