Mmm I would say answer is 96
Cuz you have to get 180° total
So 180-35-49=96°
Answer:
If the absolute value expression is not equal to zero, the expression inside an absolute value can be either positive or negative. So, there can be at most two solutions. Looking at this graphically, an absolute value graph can intersect a horizontal line at most two times.
Answer:
-0.8
Step-by-step explanation:
This is gibberish; please be more careful how the questions look before posting. Anyway, I'll guess it says
Given OB bisects ∠AOC and OC bisects ∠BOD prove m∠AOB = m∠COD
Proof:
Statements Reasons
OB bisects ∠AOC Given
m∠AOB = m∠BOC = (1/2) m∠AOC Definition of angle bisector
OC bisects ∠BOD Given
m∠BOC = m∠COD = (1/2) m∠BOD Definition of angle bisector
m∠AOB = m∠COD transitivity of equality
P(Q and R) = P(Q) *P(R) =0.2*0.4=0.08