CALCULUS:GRAPHICAL...,AP ED.-W/ACCESS
5th Edition
ISBN: 9780133314564
Author: Finney
Publisher: SAVVAS L
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Solve the question in 10 min plz and take a thumb up plz i need only handwritien soloution plz
a projectile launched at t=0 (t is measured in seconds) follows a path given by x=30t, y=-5t^2+80t, where x is the horizontal direction and y is the upward direction. the projectile lands after
a. 16 seconds b. 8 seconds c. 4seconds
Evaluate This Integral
if curve C consists of curve C₁ which is a parabola y=x² from point (0,0) to point (2,4) and curve C₂ which is a vertical line segment from point (2,4) to point (2,6) if a and b are each constant.
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- The length of the curve y = ( 2 + 2x )3/2 between x=0 and x=2 is 41/3 45/2 43/2 O 47/3 O 49/6arrow_forwardPls help ASAP. Please write each step. ASAP pls.arrow_forwardpause Ts 3. In the diagram above, the circle with radius 1 in the figure touches the curve y = 13x| exactly twice. Find the area of the region that lies between the two curves by doing parts (a), (b), and (c) below in order." (a) Find the x-coordinate of the point where the circle meets the line on the right. Hint: The two functions must have the same derivative at the point where they meet. (b) Set up an integral that will give the area of the region between the two curves. Hint: Use part (a) and symmetry... Recall: Area = " top(x) – bottom(x) dx %3D a (c) Solve the integral. Hint: Use Trigonometric Substitution!arrow_forward
- Suppose that a curve is given by the equation y2=x2+x+1 which defines y as function(s) of x Find the value of dy/dx at the point on the curve (1,√3) Use an exact answer, not a rounded decimal. A) 3/2√3 B) -3/√3 C) 2√3 D)arrow_forward1 please don't write it in cursive it would be amazing if you show the steps clearly. thank you!arrow_forwardQ2 Please explain clearly step by steparrow_forward
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