Solve the equation on the interval 0 ≤ θ < 2π. Leave answers in terms of π. 6 sec θ - 2 =

An arrow is shot from the ground into the air at an initial speed of 108 ft/sec. Use the formula h=16t2+v0t to determine when the arrow will be 180 feet from the ground. Round the nearest tenth of a second.

solve for x

Solve for x

The amount of time in seconds it takes for a swimmer to hear a single, hand-held, starting signal is given by the formula below, where (x,y) is the location of the starter (in meters), (0,p) is the location of the swimmer (in meters), and C is the air temperature (in degrees Celsius). Assume that the starter is located at the point (4,-2). Answer parts a and b below. t(x,y.p.C) = √²+(y-p)² 331.45+0.6C a. Calculate t(4, -2,30,20) and t(4, -2,20,20). Could the difference in time change the outcome of a race? t(4, -2,30,20) = (Round to five decimal places as needed.) Ay p Swimmer Starter (4,-2) P

Solve for x. R 40° 2x P. AnswerD

use a calculator to solve each equation on the interval 0<=0<= 2pi. Round answers to two decimal places.

Solve. Write the general solution. List six solutions. Show all steps. Sin(θ/2)=-√3/2