Ok so formula is <span>A=p(1+r)^t
</span>A=600 (1+.016)squared
A=$619.35
Hope that helped :)
Answer:

Step-by-step explanation:

hope this helps you.
Answer: 0.457
multiply 3 by 7, and get 21
multiply 1 by 5, and get 5.
5 × 7 = 35.
fraction: 21/35 and 5/35
Subtract the numerators
21 − 5 = 16 = 16/35
Now we need to simplify the fraction that we have.
17 is larger than 16. So we're done reducing numbers.
<em>Our final answer: </em>
<em />
Hope this helps!
I am joyous to assist anytime.
<em>~Jarvis</em>
<em />
<em> </em>
Uhmmmm is there a picture of the problem i’m confused
Answer:
-$0.26
Step-by-step explanation:
Calculation to determine the expected value of playing the game once
Expected value= [18/(18+18+2) x $5)]- [20/(18+18+2) x $5]
Expected value= ($18/38 x $5) - (20/38 x $5)
Expected value= ($2.37-$2.63)
Expected value= -$0.26
Therefore the expected value of playing the game once is -$0.26