Provide an appropriate response.State whether the following situation represents direct variation, inverse variation, or neither, and explain why: The weight of a roast and the number of servings obtained from it.
What will be an ideal response?
Direct variation; the greater the weight, the greater the number of servings.
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Solve the problem.Penrose tiles are formed from a rhombus WXYZ with sides of length 1 and interior angles 72° and 108°. (Refer to the illustration.) A point O is chosen on the diagonal 1 unit from Y. Line segments OX and OZ are drawn to the other vertices. The two resulting tiles are called a kite (figure OXYZ) and a dart (figure OXWZ). Find the area of the kite tile and the dart tile, correct to the nearest 0.01. 
What will be an ideal response?
Write a third-degree polynomial equation with real coefficients and the roots 5, 5 + i.
What will be an ideal response?
Find an equation of the line described. Write the equation in slope-intercept form if possible.Through (7, -64) and (-3, 26)
A. y = - 
x - 
B. y = -9x - 1
C. y = 
x - 
D. y = 9x - 127
Identify the system of linear equations as consistent, inconsistent, or dependent. State whether the system has exactly one solution, no solution, or an infinite number of solutions.
A. consistent-one solution B. dependent-infinite number of solutions C. inconsistent-no solution