symmetries and polar graphs: Identify the symmetries of the curve.
symmetries and polar graphs: Identify the symmetries of the curve. r = sin($) r = sin($)
5. Consider the polar graphs, r = 1-sin θ and r = sin θ , shown in the figure below. Find the polar coordinates (r, θ) for all the points of intersection on the figure. a) b) Find the area of the region that lies inside both the graph of r-1-sin θ and Find the slope of the line tangent to the graph of r-1-sin θ at θ-- Find a Cartesian equation for the line tangent to the graph of...
Find the points of horizontal tangency to the polar curve. r = a sin ose<, a > 0 (r, 0) = (smaller r value) (r, 0) = (larger r value) Find the points of vertical tangency to the polar curve. (r, ) = (smaller e value) (r. 2) = (larger e value)
Find the slope of the tangent line to the following polar curve. r=2 sin(30)
Find the slope of the polar curve of the cardiod r=-1+sin 0; 0 = 2
Consider the following Polar Graphs: Figure 1 is below: Figure 2 is below: Polar Axis b* Polar Axis Figure 3 is below: Figure 4 is below: If ifik 1001kle Polar Axis Polar Axis Figure 5 is below: Figure 6 is below: Polar Axis Polar Axis Figure 7 is below: Figure 8 is below: Polar Polar Axis | Ε Figure 9 is below: Figure 10 is below: 18181% a d Polar Axis" Polar Axis Figure 11 is below: Figure 12 is...
2. Carefully sketch the curve whose polar equation is r -7 cos(6). Include work that shows how you drew the graph. 3. Carefully sketch the curve whose polar equation is r 2+sin . Include work that shows how you drew the graph. 2. Carefully sketch the curve whose polar equation is r -7 cos(6). Include work that shows how you drew the graph. 3. Carefully sketch the curve whose polar equation is r 2+sin . Include work that shows how...
solve question #1 m=1 solve for center mass plz 1. Find the center of mass for lamina defined by the interior of the polar curve 1 r sin 30 with density that varies according to p(r,e) 2. Find the volume of the cylinder -fx-1)2 + y2 inside the sphere 1. Find the center of mass for lamina defined by the interior of the polar curve 1 r sin 30 with density that varies according to p(r,e) 2. Find the volume...
Find the slope of the tangent line to the polar curve r=2-sin(theta) at the point specified by theta=pi/3 Slope = ____ ?
a. Find the center of mass for lamina defined by the interior of the polar curve r=sin(3) with a density that varies according to p(r,theta)=1/r b. Find the volume of the cylinder inside the sphere For part a I got a mass of 2 but not sure about the x bar and y bar calculations. For part b Im stuck on the z bounds for the integral when doing the problem with the cylindrical coordinate method. We were unable to...
Consider the polar graph r=1-sin theta and r= sin theta, shown below. Please help with B, D, and E 5. Consider the polar graphs r = 1-sin 0 and r = sin 0, shown below. a. Find the polar coordinates (r, 2) for all points of intersection on the figure. Hint: Not all points can be found algebraically. For b.-d., set up an integral that represents the area of the indicated region. b. The region inside of the circle, but...