Answer:
Step-by-step explanation:
Find equivalent fractions. Enter a fraction, mixed number or integer to get fractions that are equivalent to your input. Example entries:
Fraction - like 2/3 or 15/16
Mixed number - like 1 1/2 or 4 5/6
Integer - like 5 or 28
I don't remember the names of the theorems at all, but we know that AD ≈ DE ≈ EB (Segment Addition). Which means <ACD ≈ <DCE ≈ <ECB (not completely sure how to prove this). Therefore, <1 ≈ <2. (Don't forget to state that <1 ≈ <ACD and <2 ≈ <ECB). With this and Angle Addition, we know that <ACE ≈ <DCB, so with SAS Congruence Theorem, we can prove ΔACE ≈ ΔBCD.
Hope that helps
Answer:
585 in all
Step-by-step explanation:
83.50-13.00=70.50/30=235+350=585
Answer:
Step-by-step explanation:7 ÷4= 4 + 3 ÷ 4 = 30 ÷4 = 2.85
Answer: 58
Step-by-step explanation: can't really explain, but I promise that's right
