In a rhombus, opposite angles are equal. Therefore, if m∠1 is 160°, then m∠2 (the opposite angle to m∠1) would also be 160°.
Since m∠2 = 160°, it means that m∠3 (which is adjacent to m∠2) is also 160°.
Therefore, m∠2 and m∠3 are both 160°.
Since m∠2 = 160°, it means that m∠3 (which is adjacent to m∠2) is also 160°.
Therefore, m∠2 and m∠3 are both 160°.
Since m∠1 = m∠3 = 160°, the sum of the measures of these two angles would be 320°.
To find m∠2, we can use the fact that the sum of the interior angles of a rhombus is always 360°.
360° - 320° = 40°
Therefore, m∠2 is 40°.
To summarize,
m∠1 = 160°
m∠2 = 40°
m∠3 = 160°
Step 1: Recall that in a rhombus, opposite angles are equal. In other words, angle 1 must be equal to angle 3.
Step 2: Since angle 1 measures 160°, we know that angle 3 also measures 160°.
Step 3: Remember that the sum of the measures of angles in any quadrilateral is always 360°. Since a rhombus is a type of quadrilateral, we can use this property to find angle 2.
Step 4: Subtract the sum of angles 1 and 3 from 360° to find angle 2.
Let's calculate angle 2:
360° - (angle 1 + angle 3) = angle 2
360° - (160° + 160°) = angle 2
360° - 320° = angle 2
angle 2 = 40°
Therefore, angle 2 measures 40° and angle 3 measures 160°.