Answer:
line AB is congruent to line CB . proof: given
line AE is congruent to line CD . proof: definition of a rectangle
angle EAB is congruent to angle BCD . proof: definition of a rectangle
triangle ABE is congruent to CBD . proof: SAS
line BE is congruent to line BD . proof: CPCTC
Step-by-step explanation:
Sorry if I'm wrong on this, but I hope you understand the general idea!
Answer:
b
Step-by-step explanation:
i am sure
It seems there are not fractions between 3/5 and 4/5, but there are so many
for example, if you make denominator to 10 for both fractions, you will get 6/10 and 8/10
you can say 7/10 is in between 3/5 and 4/5
also, if you make denominator to 100 for both fractions, you will get 60/100 and 80/100
you can get 20 fractions between 3/5 and 4/5
Answer:
question 1 aca the one with an area of 6 answer: B=5.
question2 answer: B=14
Step-by-step explanation:
Question 1- to set up question 1 do 1.2(B)=6. Then divide both sides by 1.2. The side that is 1.2(B)/1.2 will cancel out so it will now just be B. the side that = 6 will be divided by 1.2=5. So the answer is B=5.
Question 2- to set up the problem do 0.5(B)=7. Then divide both sides by 0.5. The side that reads 0.5(B)/0.5 will cancel out so it will not just be B. the other side that reads =7 will be divided by 0.5= 14 giving you B=14.
