Parallel lines are cut by the transversal shown. Determine the measures of the requested angles.
-In the figure,

\overline { \mathrm { AB } } \| \overline { \mathrm { CD } }

and

\mathrm { m } \angle \mathrm { ABC } = 64 ^ { \circ }

. Determine the measures of angles

\angle \mathrm { ABE } , \angle \mathrm { FCD }

, and

\angle B C D

$Parallel lines are cut by the transversal shown. Determine the measures of the requested angles. -In the figure, \overline { \mathrm { AB } } \| \overline { \mathrm { CD } } and \mathrm { m } \angle \mathrm { ABC } = 64 ^ { \circ } . Determine the measures of angles \angle \mathrm { ABE } , \angle \mathrm { FCD } , and \angle B C D A) \mathrm { m } \angle \mathrm { BCD } = \mathrm { m } \angle \mathrm { ABE } = 64 ^ { \circ } , \mathrm { m } \angle \mathrm { FCD } = 116 ^ { \circ } B) \mathrm { m } \angle \mathrm { BCD } = 64 ^ { \circ } , \mathrm { m } \angle \mathrm { ABE } = \mathrm { m } \angle \mathrm { FCD } = 116 ^ { \circ } C) m \angle B C D = m \angle A B E = m \angle F C D = 26 ^ { \circ } D) \mathrm { m } \angle \mathrm { BCD } = 64 ^ { \circ } , \mathrm { m } \angle \mathrm { ABE } = \mathrm { m } \angle \mathrm { FCD } = 26 ^ { \circ }$

A)

\mathrm { m } \angle \mathrm { BCD } = \mathrm { m } \angle \mathrm { ABE } = 64 ^ { \circ } , \mathrm { m } \angle \mathrm { FCD } = 116 ^ { \circ }

\mathrm { m } \angle \mathrm { BCD } = 64 ^ { \circ } , \mathrm { m } \angle \mathrm { ABE } = \mathrm { m } \angle \mathrm { FCD } = 116 ^ { \circ }

m \angle B C D = m \angle A B E = m \angle F C D = 26 ^ { \circ }

\mathrm { m } \angle \mathrm { BCD } = 64 ^ { \circ } , \mathrm { m } \angle \mathrm { ABE } = \mathrm { m } \angle \mathrm { FCD } = 26 ^ { \circ }

Solve the Problem 3.143.143.14 For π\piπ A) 2612.48ft32612.48 \mathrm { ft } ^ { 3 }2612.48ft3

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Solve the Problem $3.14$ For $\pi$

A) $2612.48 \mathrm { ft } ^ { 3 }$

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