Consider the similarity transformation of ΔABC to produce ΔEDF.

1. Create a sequence of transformations of ΔABC to produce ΔEDF.

2. Justify your transformation of ΔABC to produce ΔEDF in terms of similarity.

Find the value of the variable and the length of each secant segment

Find the arc length parameter along the given curve from the point where tequals=0 by evaluating the integral s(t)equals=integral from 0 to t startabsolutevalue bold v left parenthesis tau right parenthesis endabsolutevalue d tau∫0tv(τ) dτ. then find the length of the indicated portion of the curve r(t)equals=1010cosine tcost iplus+1010sine tsint jplus+88t k, where 0less than or equals≤tless than or equals≤startfraction pi over 3 endfraction π 3.

The table represents a linear function. what is the slope of the function? –6 –4 4 6