A ferris wheel is 6 meters in diameter and boarded in the six o'clock position from a platform that is 6 meters above the ground. The wheel completes one full revolution every 6 minutes. At the initial...
A ferris wheel is 6 meters in diameter and boarded in the six o'clock position from a platform that is 6 meters above the ground. The wheel completes one full revolution every 6 minutes. At the initial...
sinP= cosP= tanP= cscP= secP= cotP=
1. Find the slope of the function y=2cosxsin2x at x=π/2 2. Find the equation of the line that is tangent to y=x2sin(2x) at x=-π 3. Determine the second derivative for...
A straight road leads from an ocean beach into the nearby hills. The road has a constant upward grade of 7°. After taking this road from the beach for a mile and a quarter, how high above sea level...
A differential equation is an equation involving a function and one or more of its derivatives. Determine whether the function y=πsinθ+2πcosθ is a solution to the differential equation d^2y/dθ^2...
Find all values of t in the interval [0,2π] that satisfy 2 cos t +1=0 1.) t=π/4, 3π/4, 5π/4 2.) t= π/3, 5π/6, 7π/6 3.) none of these 4.) t= 2π/3, 4π/3 5...
the period of the function y=3cos(4x-π) is 1.) 2π 2.) -π 3.) not a periodic function 4.) 4π 5.) π 6.) π/2...
to sketch one period of the graph of y=3cos(2xπ/2), we need to compute the function at the following numbers of x:
find the values of t in the interveral [0,2π] that satisify 2cos t +1=0
This is for my trig class, thanks for the help! If you could, could you please show all your work? Thanks again!
This is for my trig class. Thanks for the help!
This is for my trig class. Thanks for the help!
This is for my trig class, thanks for the help! If you could, could you please show all your work? Thanks again!
This is for my trig class, thanks for the help!
This is for my trig class, thanks for the help!
This is for my trig class, thanks for the help!
This is for my trig class, thanks for the help!
This is for my trig class. Thanks for the help!
This is for my trig class. Thanks for the help!