75p is the correct answer because 1 lemon is 15p
Given that ΔBDA is similar to ΔBDC and:
AD≡DC
AB≡BC
BD≡BD (shared side)
then the best postulate to use is the side-side-side (SSS) postulate.
Answer: SSS
Answer:

Step-by-step explanation:



Its wrong switch the data with the mean then subtract then change the negative numbers to positive then add them together to get your Sum