![SOLVED: Verify that the trigonometric equation is an identity: tan 2t-1 tan t cott sec 2t tan t + cott Which of the following statements establishes the identity? OA tan 2t-1 cot SOLVED: Verify that the trigonometric equation is an identity: tan 2t-1 tan t cott sec 2t tan t + cott Which of the following statements establishes the identity? OA tan 2t-1 cot](https://cdn.numerade.com/ask_previews/6f37d079-2e3a-4739-8800-488e568adebb_large.jpg)
SOLVED: Verify that the trigonometric equation is an identity: tan 2t-1 tan t cott sec 2t tan t + cott Which of the following statements establishes the identity? OA tan 2t-1 cot
![A curve is represented by the equations, x = sec^2t and y = cot t , where t is a parameter. If the tangent at the point P on the curve where A curve is represented by the equations, x = sec^2t and y = cot t , where t is a parameter. If the tangent at the point P on the curve where](https://i.ytimg.com/vi/ZMuHoL7NgjM/maxresdefault.jpg)
A curve is represented by the equations, x = sec^2t and y = cot t , where t is a parameter. If the tangent at the point P on the curve where
![Elementos de geometría y trigonometría . 4 * T>" , y cot=-^ , wc- liave tang Ax cot -R-, un 7 • TTr pecado un cos h. IK, O R. CB : Elementos de geometría y trigonometría . 4 * T>" , y cot=-^ , wc- liave tang Ax cot -R-, un 7 • TTr pecado un cos h. IK, O R. CB :](https://c8.alamy.com/compes/2aj3wnn/elementos-de-geometria-y-trigonometria-4-t-gt-y-cot-wc-liave-tang-ax-cot-r-un-7-ttr-pecado-un-cos-h-ik-o-r-cb-ci-ser-cos-h-sm-un-ik-cb-ci-ce-ck-o-r-cos-6-cos-ck-r-cos-a-cos-h-r-los-triangulos-dil-cbe-tener-sus-lados-perpendiculares-cada-uno-a-cada-uno-son-similares-y-dar-las-proporciones-cb-di-ce-dl-o-r-pecado-cosa-dl-pecado-pecado-h-cb-di-il-o-r-pecado-pecado-un-il-r-pero-tenemos-ik-dfrrsin-dl-vh-y-ck-il-cf-cos-a-t-de-ahi-v-pecado-un-pecado-f-cos-6-cos-asm-un-o-cos-a-r-cos-a-cos-i-pecado-pecado-2aj3wnn.jpg)
Elementos de geometría y trigonometría . 4 * T>" , y cot=-^ , wc- liave tang Ax cot -R-, un 7 • TTr pecado un cos h. IK, O R. CB :
![Find the average rate of change for f(t) = cot t over [pi/4, 3pi/4], [pi/6, pi/2]. Def. derivative - YouTube Find the average rate of change for f(t) = cot t over [pi/4, 3pi/4], [pi/6, pi/2]. Def. derivative - YouTube](https://i.ytimg.com/vi/BSEZCADpMo4/maxresdefault.jpg)