Answer:
You could prove that ΔAMC and ΔBMD are congruent by AAS
Step-by-step explanation:
Step 1: Given
step 2: Vertical Angles Thm (the two triangles connect at a point)
Step 3: AAS (This is because segment AC is congruent to segment BD, Angle A is congruent to angle B, and ∠AMC is congruent to ∠BMD making the triangles congruent by Angle angle side.
Step 4: CPCTC
Hope I helped! And plus... LA is not a Congruence theorem and It would not be HL because there is only one congruent side given.
Answer:
25.5 sq cm
Step-by-step explanation:
1*3/2+7*3+1/2*3*2=3/2+21+3=25.5 sq cm
Between the two persons presented above, Julie had ridden farther. This is because from the routes she had taken, she would be covering greater distance compared to Kyle. Julie still ad to ride from the complex to school.
Answer:
r = 28.28
Step-by-step explanation:
you already gave the equation: sin45°= 20/r
you wanna start by multiplying both sides by r. You do this so that your variable can be in the numerator and it will be easier to solve the equation:
r (sin45°) = 20
Now you divide both sides by sin45°, this will give you your final answer. For this, you have to put it in a calculator:
r = 28.28
P.S, good job on already knowing your equation... when i was learning this it took me a while to get eh hang of it :)
Associative property is when you move the grouping symbols: ( and )
So the answer is B.
