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13 Nov 2019
These topics are related with 1st year university Calculus Math. Could you help to calculate the Question ( 10 ) for your solution steps. Thanks much!
t of er = 4-2.2 Correct to six decimal places (6) (12 pts ] (a) Find a function f such that f, (z) = 13 and the line at +yO is tangent to the graph of f (b) F ind a general antiderivative of f(x) = 51:1/, s(x) + -3 sect + 2 co (7) [10 pts] Find the limit (a) lim VV rl 2-2 ) sin(t) (b) lim 3 (8) [10 pts] dy log (t2) dt. Find y(r) (a) y / /9_y2dt. Find y'(0) definition of the integral in terms of the limit of a Riemann sun to (b) x2- tan r 2t2 (9) [8 pts) Use the 4 evaluate 10) [10 pts] Evaluate the integrals (z-2)? 3
These topics are related with 1st year university Calculus Math. Could you help to calculate the Question ( 10 ) for your solution steps. Thanks much!
t of er = 4-2.2 Correct to six decimal places (6) (12 pts ] (a) Find a function f such that f, (z) = 13 and the line at +yO is tangent to the graph of f (b) F ind a general antiderivative of f(x) = 51:1/, s(x) + -3 sect + 2 co (7) [10 pts] Find the limit (a) lim VV rl 2-2 ) sin(t) (b) lim 3 (8) [10 pts] dy log (t2) dt. Find y(r) (a) y / /9_y2dt. Find y'(0) definition of the integral in terms of the limit of a Riemann sun to (b) x2- tan r 2t2 (9) [8 pts) Use the 4 evaluate 10) [10 pts] Evaluate the integrals (z-2)? 3
Reid WolffLv2
7 Oct 2019