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8. (1 point) in kelvins. The temperature is related to the pressure (in atmo- Similar to 3.7.48 in Rogawski/Adams. spheres) by T = 210P. Calculate the following derivative. (Use symbolic notation and fractions where needed.) a ( ( x - 1) 5 ( 4x + 4 ) 6 ) = dv Find- help dP |P=1.8 (fractions) Answer(s) submitted: Answer(s) submitted: (incorrect (incorrect) 11. (1 point) Similar to 3.7.79 in Rogawski/Adams. 9. (1 point) Similar to 3.7.51 in Rogawski/Adams. An expanding sphere has radius r = 0.4t cm at time t (in Calculate the following derivative. seconds). (Use symbolic notation and fractions where needed.) d (4\\ sin(x) . cos(x) help Let V be the sphere's volume. dx (fractions) Answer(s) submitted: When r = 10, dV dt (incorrect When t = 10, - dv dt 10. (1 point) Answer(s) submitted: Similar to 3.7.77 in Rogawski/Adams. The average molecular velocity v of a gas in a certain con- tainer is given by v(T) = 29VT m/s, where T is the temperature (incorrect) Generated by WeB Work, http:/we bwork maa org, Mathematical Association of AmericaRex Wu S22M171 Assignment 3.8 due 03/11/2022 at 08:00pm MST 1. (1 point) 5. (1 point) Similar to 3.8.10 in Rogawski/Adams. Similar to 3.8.24 in Rogawski/Adams. Calculate the derivative with respect to x. Calculate the derivative of y with respect to x. esxy = sin (y3) 14 + 3y = 5x5 + x y =. Answer(s) submitted: Answer(s) submitted: (incorrect) (incorrect) 6. (1 point) Similar to 3.8.28 in Rogawski/Adams. 2. (1 point) Compute the derivative of the function y = Stan (x) at the Similar to 3.8.14 in Rogawski/Adams. point x = 2/7. Calculate the derivative of z with respect to x. (Use symbolic notation and fractions where needed.) x +2 =4 Answer(s) submitted: y' ( 2/7 ) = . (incorrect) Answer(s) submitted: 3. (1 point) Similar to 3.8.19 in Rogawski/Adams. (incorrect) 7. (1 point) Calculate the derivative of y with respect to x, Similar to 3.8.31 in Rogawski/Adams. Find the derivative of y = cos -1 (3x). 6y + 1= 8x2 + x (Use symbolic notation and fractions where needed.) dy Answer(s) submitted : - help (fractions)$ (incorrect) Answer(s) submitted: 4. (1 point) (incorrect) Similar to 3.8.21 in Rogawski/Adams. Calculate the derivative with respect to x. 8. (1 point) Similar to 3,8.35 in Rogawski/ Adams. sin(x + 6y) = 5x +cosy Find the derivative of y = 2xtan (3.x). y = (Use symbolic notation and fractions where needed.) Answer(s) submitted: help (fractions) (incorrect) Answer(s) submined