The demonstrates how you can take any finding in the survey, replicate the survey with a random sample of the same size, and be "very likely" to find the same finding within the ±% range of the original sample's finding.

A) foundational theorem of statistics
B) fundamental theorem of arithmetic
C) law of large numbers
D) central limit theorem

What is the quadric regression equation that fits these data

Find the area and perimeter of each composite figure. use 3.14 for π. round your answer to the nearest tenth. a square and a right triangle share a common side. image long description a 3-meter by 0.5-meter rectangle has triangles attached like wings to the 3-meter sides. the other two sides of both triangles measure 2.5 meters. the height of each triangle is 2 meters. a 6-inch by 4-inch rectangle has 2 half-circles attached like wings to the 6-inch sides. the radius of each half-circle is 3 inches. find the surface area and volume of each figure. use 3.14 for π. round your answer to the nearest tenth. a right circular cylinder has a base radius of 6 yards and a height of 20 yards. a rectangular prism has a base that is 9 centimeters long and 7 centimeters wide. the height is 2 centimeters. a rectangular prism has a base that measures 11 millimeters by 11 millimeters. the height is 11 millimeters.

F(x)=x/2-2 and g(x)=2x^2+x-3 find (f+g)(x)