Let g (x) be a function which is continuous on the interval [−2, 4]. Furthermore, let g(−2)=3, g(−1)=−2, g(0)=−1, g(1)=0, g(2)=−2, g(3)=−2, g(4)=2.

What conclusions can be drawn about the number and location of the zeros of
g (x)? (Tell how many there are and where they can be found.)

Given: x + y = 6. if xe (-15, -6, -1), then which of the following sets of ordered pairs are solutions? © {(-15, -21), (-6, -12), (-1, -7)} [(-15, 21), (-6, , 7)} {(-15, 21), (-6, 12), (-1, -7)}

The cross-sectional areas of a right triangular prism and a right cylinder are congruent. the right triangular prism has a height of 6 units, and the right cylinder has a height of 6 units. which conclusion can be made from the given information? the volume of the triangular prism is half the volume of the cylinder. the volume of the triangular prism is twice the volume of the cylinder. the volume of the triangular prism is equal to the volume of the cylinder. the volume of the triangular prism is not equal to the volume of the cylinder.

What is the x-intercept and y-intercept of the equation 2x+1. 2o