$\color[rgb]{0.35,0.35,0.35}\sqrt{5 0} \cdot\! \sqrt{6} \cdot \!\sqrt{27}$

Use continuity to evaluate the limit. lim x→16 20 + x 20 + x step 1 consider the intervals for which the numerator and the denominator are continuous. the numerator 20 + x is continuous on the interval the denominator 20 + x is continuous and nonzero on the interval

Find the length of the diagonal of the rectangle. round your answer to the nearest tenth. || | | 8 m | | | | 11 m

How can you construct perpendicular lines and prove theorems about perpendicular lines