PLEASE WRITE THE ANSWER LEGIBLE!
PLEASE WRITE THE ANSWER LEGIBLE! 30. Solve: r-6 X-4 + 16 = 0. Show work. r?...
please show work Solve the initial-value problem. X' ( )x 2 4 -16 X, X(0) = (1)
Please write legible 6. Show that f(x) = Inc is decreasing for x > e.
please write legible. For each equation below, solve for "X". 1. 1 +7c = 1 2x 2. 3.54y2 - V4x = 0 3. x2 (y-At) 4 4. 0.00753x + x = 0.023 5. 3.020x x 10-4 0.00065
Show ALL Work c), x+16% +63 = 0 D. Please Solve for x. For some problems, tell which results are the only solutions; or if there is no solution. a). .010.2x +.8)=.005% -1 b). {1x+5) = $ (3x +27) d) x ² 48²_9x+36=0 e). √x+21=8 f). Ý3x-9 =-6 g). √x+6 = x-6 h), biz * * -- I), X J. 1 3 3x - 1 + 1 = 2 / 4 K). 16 = 8 2x-1 2). 2 9 +...
Help please and show all work to the answer. If written please have work legible. Will up vote for correct answer. (1 point) A mass weighing 10 lb stretches a spring 6 in. Suppose the mass is displaced an additional 11 in in the positive (downward) direction and then released with an initial upward velocity of 3 ft/s. The mass is in a medium, that exerts a viscuouse resistance of 3 lb when the mass has a velocity of 2...
6 cos (r X JS-х if x< 4 , 5-X g(x)- x-16 if x24, x+ 16 x-4 n) Use Show your work and ystity your 罒ustthe(largest)intervals of co ytor the fun tong. Show your work and justify your answer.
5) The antiderivative F(x) for f(x) xcos2x with F(0) Please write legible
Please do #16 AND #17 parts in clear legible handwriting. Explain answers in clear work and detail. The final answers are provided for each part/problem to use as a reference to check work. If both problems are not completely done, I WILL mark you down and give a thumbs down. Thank you 16) Sketch the region of integration and evaluate by changing to eV2x-x 1 dy dx 2-In(1+ 2) polar coordinates. 17) Let E be the region above the sphere...
PLEASE SHOW WORK Question 16 Solve the system 9x – 2y = 4 using inverse of the coefficient matrix. Where 2x + 4y = 7 9 -2 A 2] and B [1] . (Hint: find X. x = A-1B). 2 4 7
Applied Complex Analysis Exercise. Show all work. PLEASE ANSWER IN A LEGIBLE MANNER. IF YOU HAVE BAD HANDWRITING, DO NOT ANSWER. Problem 2. Suppose that f is continuous in a closed bounded region R and it is analytic, non-constant and non-zero in the interior of R. Then prove that the minimum value of If(2) in R occurs somewhere on the boundary of R and never in the interior. Hint: Apply the Marimum Principle to the unction g(z)-1/f(z) (why can it...