If A(t)= 1000e0.3r describes the mosquito population after days, as in the preceding example, what is...

 

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If A(t)= 1000e0.3r describes the mosquito population after days, as in the preceding example, what is the rate of change of A(t) after 4 days? Find the slope for the line tangent to y = 3* at x = 2. - Find the derivative of y= (tan.x)". If A(t)= 1000e0.3r describes the mosquito population after days, as in the preceding example, what is the rate of change of A(t) after 4 days? Find the slope for the line tangent to y = 3* at x = 2. - Find the derivative of y= (tan.x)".