Now find another real world example (it can be a similar range problem). Graph it on a number line, and then explain the minimum and maximum of the range. Write it as an absolute value and using what you have learned about solving absolute values, demonstrate that your equation is represented by the graph.

In right ∆abc shown below, the midpoint of hypotenuse ac is located at d and segment bd is drawn.if ab = 12 and bc = 16, then explain why bd = 10. hint: consider what you know about the diagonals of a rectangle.

Is the figure congruent? yes or no?

Ahypothesis is: a the average squared deviations about the mean of a distribution of values b) an empirically testable statement that is an unproven supposition developed in order to explain phenomena a statement that asserts the status quo; that is, any change from what has been c) thought to be true is due to random sampling order da statement that is the opposite of the null hypothesis e) the error made by rejecting the null hypothesis when it is true