So basically you just add the like terms to simplify the equation. You have 5q-p+p+1 you can cancel out the both p’s because one is negative and one is positive. That leaves you with 5q + 1 they are not like terms so you cannot simplify them so your simplified equation is 5q +1
Answer:
FYAB gives a better deal.
Step-by-step explanation:
Compound interest:

Continuously compounded interest:

For the quarterly compounded interest, r = 0.25%, and n = 4.






For the continuously compounded interest, r =0.23%







The quarterly compounded doubles in 277 years.
The continuously compounded doubles in 301 years.
Answer: FYAB gives a better deal.
First you simplify both sides of the equation to make v+-41/9=-3/4.
Then add -41/9 to both sides to get the answer which is 137/36
v=137/36
Answer:
50% chance
Step-by-step explanation: