B ber New member Joined Aug 28, 2016 Messages 1 Aug 28, 2016 #1 <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of both angles.
<1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of both angles.
D Deleted member 4993 Guest Aug 28, 2016 #2 ber said: <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of both angles. Click to expand... What is the definition (special property) of a linear pair of angles?
ber said: <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of both angles. Click to expand... What is the definition (special property) of a linear pair of angles?
pka Elite Member Joined Jan 29, 2005 Messages 11,978 Aug 28, 2016 #3 ber said: <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of both angles. Click to expand... Angle \(\displaystyle \angle ABC~ \&~ \angle ABD\) from a linear pair if \(\displaystyle C*B*D\). Therefore \(\displaystyle m(\angle ABC)+m(\angle ABD)=\pi\). Last edited by a moderator: Aug 29, 2016
ber said: <1 and <2 form a linear pair. If m<1 = 5x + 9 and m<2 = 3x + 11, find the measures of both angles. Click to expand... Angle \(\displaystyle \angle ABC~ \&~ \angle ABD\) from a linear pair if \(\displaystyle C*B*D\). Therefore \(\displaystyle m(\angle ABC)+m(\angle ABD)=\pi\).
