Please show all the steps for the answer, not just the answer, and can you give a little explanation on the side of each step explaining why you did that step please.
Please show all the steps for the answer, not just the answer, and can you give a little explanation on the side of eac...
Please show all the steps for the answer, not just the answer, and can you give a little explanation on the side of each step explaining why you did that step please Recall that the Fibonacci sequence {Fn}1is defined by and Fn F2 1 Fn-1 Fn-2 for n > 2 Fi 1, 1 1 1 (а). for n 2 Show that FRFn+2 Fn+1F n+2 (b) Use this fact to find the sum of the series Fa Fn+2 п Recall that...
please help me and show all the steps and make sure it's correct [10pts.) 5. Find dy and the equation of the tangent line at the point (x,y)=(-2, 0) on the curve r = 21-sin(@)). Include a graph of the polar curve with the orienation indicated. dx [10 pts.) 6. Graph the polar equations r = 5 cos(30) and r = 3cos() for --/2S15 /2. Label any key points needed to find the area that lies in the common interior...
please help! I cannot figure this out. The graph below is of the curve defined parametrically by: x-sin t and y- sin 2t -0 5 0.5 -1 (a) SET UP THE INTEGRAL TO FIND THE AREA OF THE REGION ENCLOSED BY THE CURVE AND EVALUATE (b) SET UP THE INTEGRAL TO FIND THE LENGTH OF THE CURVE TRAVERSED EXACTLY ONCE. DO NOT EVALUATE. SIMPLIFY TO JUST BEFORE MAKING A SUBSTITUION. (c) SET UP THE INTEGRAL TO FIND THE TOTAL DISTANCE...
1. Set up, but do not evaluate, an integral to find the area enclosed by the x-axis and the [x = 1 + et curve ly = t-t2 2. {*5+?2t Osts2 y = VE (1) Find the equation of the tangent line at the point where t = (2) Set up, but do NOT evaluate, an integral to find the area of the surface obtained by rotating the curve about the y-axis. 3. Set up but do NOT evaluate an...
Any help would be appreciated! 6. (3 pts.) Let R be the region colored in black in the figure below. The two curves bounding R are the circle 12 + y2-= 1 and the curve described in polar coordinates by the equation r-2 sin(20). Set up but do NOT evaluate a (sum of) double integral(s) in polar coordinates to find the area of R. We were unable to transcribe this image 6. (3 pts.) Let R be the region colored...
please don't write in Cursive as i cant read it. And please write it in a clear handwritting. NO CURSIVE please 8. Given the polar equation r = 1 + cos (30) (a) Sketch the curve. (b) Find the area enclosed by the curve. (c) Set up the integral for the arc length of the curve with 0 <0s (d) Find the equation for the line tangent to the curve at 0 = 2 Show all work. (5 points) (10...
Please help with 1-10 and please show all work thanks. Show all of your work neatly, and express solutions as exact answers unless otherwise requested. No credit will be given to solutions that have no work shown! BOX or CIRCLE your final answer. 1. Sketch a graph and shade the area of the region bounded by the following equations. Set up an integral that would give this area. 2x + y2 = 6 and y=x+1 2. Sketch a graph and...
A curve called the folium of Descartes can be represented by the parametric equations shown below. 912 1 + 13 9t and y 1 + t3 (a) Convert the parametric equations to polar form. 9 cos( 0)sin (6) c())3 (sin(0)5 cos(θ) ),+ (sin( (b) Sketch the graph of the polar equation from part (a). 71/2 0.10 0.05 -4 0.05 0.10 0.15 -0.05 0.05 π/2 10 1.0 0.5 0.5 -0.5 10 -0.5 (c) Use a graphing utility to approximate the area...
(a) Label each of the polar equations with the corresponding graphs labeled I-III, or mark None' if the graph of the equation is not shown. Justify your answers. 1. r = 62, 0 <O< 167 2. r= 2+ sin(30) 3. r = 2 cos(0) 4. r= 1 + 2 cos(0) I II III pilot (b) Set up (but do not compute) the integral to determine the area of the shaded region bounded by the curve in polar coordinates. X r...
please i need help in all three this is the second time i post this so please help and do it right this time and show all the work Sketch the graph of the polar curve r=3 for OSOS 4x and indicate the orientation. Set up an integral to determine how long the curve is, is unrolled (10 pts.] 6. Graph the polar equations r-Sco) and = 3 col) for #/2515./2. Label any key points needed to find the area...