Yosemite Falls in Cali is composed of 3 sections. The upper Yosemite Fall, The middle Cascade, and Lower Yosemite Fall. From a footbridge across the creek 2500 feet from the falls, the angles of elevation...

Yosemite Falls in Cali is composed of 3 sections. The upper Yosemite Fall, The middle Cascade, and Lower Yosemite Fall. From a footbridge across the creek 2500 feet from the falls, the angles of elevation...

Please help

Precalculus

i have a problem on my precalculus homework. I’m having a rough time. It says “Find the power function that represents the points (5, 2), (7, 5) And (10, 9)” please help me. I’m having a lot of...

#1- Find the domain of the function: f(x)=sqrt(−5x+10)/(x^2−64) #2- Find the domain of the function: f(x)=−16sqrt(16x+20)+4sqrt(11−10x) #3- Find the domain...

can someone answer this please?

Applying the concept

On a carousel, the outer row of animals is 21 feet from the center. The inner row of animals is 9 feet from the center. The carousel is rotating at 3 revolutions per minute. What is the difference,...

Can you list examples using the unit circle thanks!

i dont know the answer to this

The perimeter of a triangle is 10 (that is, a+x+(x+1)=10). Use this and the cosine law to solve for x. Round answers to 2 decimal places. Triangle: <BAC: 60degrees line...

f(x) =x^3+5x^2-3x-21, k=(squareroot of)3

The point P (1,-√3) is on the terminal side of an angle (theta) θ in standard position. P lies on a circle with center at the origin

Find side AB in triangle ABC if side AC=300 and angleBAC=62 degrees and angleBCA=53 degrees. Hint: law of sines.

The formula P(t) = 37e.0095t models the population of California in millions t years after 2010. What was the population in 2010? When will the population reach...

3/x+1 + 5/x-2

f(x)=-3x^3-x^2+x+10

Degree 4; zeros: -5+5i; -3 multiplicity 2 Enter the polynomial. f(x)=a(.......)

(x-3)3/2 =64 second question: (x2-x-51)3/4-4=23

A toy rocket is launched from the top of a building 73 feet tall at an initial velocity of 187 feet per second. a) give the function that describes the height of the rocket in terms of time...