An engineer is redesigning a set of cases for computer equipment. one is a cube with side lengths of x inches and the other is a
rectangular prism whose size is dependent on the size of the cube.
The volume of the prism is modeled by function v.
v(x) = x^3 -13x^2+35x
(image of graph)
Use the x-incepts to write the factored form of the equation representing the volume of the prism.
v(x) = ???
The volume of the prism is modeled by function v.
v(x) = x^3 -13x^2+35x
(image of graph)
Use the x-incepts to write the factored form of the equation representing the volume of the prism.
v(x) = ???
1 answer:
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Answer:
Given point (5,-12) falls into IV quadrant
<u>The right triangle with legs of 5 and -12, and hypotenuse is:</u>
- √5² + (-12)² = √25+144 = √169 = 13
<u>Value of sinθ, cosθ, and tanθ:</u>
- sin θ = -12/13
- cos θ = 5/13
- tan θ = -12/5
