`lim_(theta->3^+)([theta])/theta`

Prove that lim_(theta to 0)(sintheta)/(theta)=1"("theta measured in radians)

Statement 1 lim_(xtopi//2)(sin(cot^(2)x))/((pi-2x)^(2))=1/2 Statement 2: lim_(theta to 0)(sin theta)/(theta)=1 and lim_(theta to 0)(tan theta)/(theta)=1 , where theta is measured in radians.

Statement 1 lim_(x to pi//2)(sin(cot^(2)x))/((pi-2x)^(2))=1/2 Statement 2: lim_(theta to 0)(sin theta)/(theta)=1 and lim_(theta to 0)(tan theta)/(theta)=1 , where theta is measured in radians.

Statement 1 lim_(x to pi//2)(sin(cot^(2)x))/((pi-2x)^(2))=1/2 Statement 2: lim_(theta to 0)(sin theta)/(theta)=1 and lim_(theta to 0)(tan theta)/(theta)=1 , where theta is measured in radians.

Evaluate the following limit: (lim)_(theta->0)(sin3theta)/(t a n3theta)

Prove that lim_(thetararr0)(sin theta)/(theta)=1 .

Evaluate the following limit: (lim)_(theta->0)(sin3theta)/(tan2theta)

Given that lim_(theta rarr 0) (sin theta)/theta = 1 and lim_(theta rarr 0) cos theta = 1 Evaluate lim_(theta rarr 0) (tan theta)/theta

Given that lim_(theta rarr 0) (sin theta)/theta = 1 and lim_(theta rarr 0) cos theta = 1 Evaluate lim_(theta rarr pi/2) (cot theta)/(pi/2 - theta)

Evaluate the following : lim_(theta to 0)(sin4theta)/(tan3theta)