The function v(t) (plotted below) describes the velocity of an insect (in centimeters per second) at...

 

 

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The function v(t) (plotted below) describes the velocity of an insect (in centimeters per second) at any time t (in seconds). Positive velocities suggest the insect is moving East. 10+ 0 -10- (1) 2 (3) Plot of v(t). Not to scale +5 (10) The numbers in parentheses are objective areas, therefore referring only to positive areas. (a) Computee(t) dt. As always, show your work. (b) Computev(t) dit and interpret what this means in context of the situation. Be sure to include correct units. Problem 2. Consider the function f(x)=sin(2x). Use a left Riemann sum to approximate the area between f(x) and the x-axis over the interval [with 5. Please write your answer in exact form. The function v(t) (plotted below) describes the velocity of an insect (in centimeters per second) at any time t (in seconds). Positive velocities suggest the insect is moving East. 10+ 0 -10- (1) 2 (3) Plot of v(t). Not to scale +5 (10) The numbers in parentheses are objective areas, therefore referring only to positive areas. (a) Computee(t) dt. As always, show your work. (b) Computev(t) dit and interpret what this means in context of the situation. Be sure to include correct units. Problem 2. Consider the function f(x)=sin(2x). Use a left Riemann sum to approximate the area between f(x) and the x-axis over the interval [with 5. Please write your answer in exact form.