<h3>
Answer: 716.66 dollars</h3>
=====================================================
Explanation:
We'll apply this formula
A = P*e^(r*t)
where,
- A = account balance after t years
- P = initial deposit, aka principal
- e = special constant roughly equal to 2.718 but it goes on forever without a pattern; it's better to let the calculator handle this value rather than type the decimal digits in.
- r = annual interest rate in decimal form
- t = number of years
In this case, we have
Again we won't type "2.718..." for 'e', and we'll just type it into the calculator as shown below. That way the calculator can handle the digits instead.
So...
A = P*e^(r*t)
A = 500*e^(0.06*6)
A = 716.66470728026
A = 716.66 dollars is the final answer
Answer: It looks like this expression is 16+2 times 36, so the answer is 18 times 36 also 88, they are both equivalent
9(p+2)<=3(3p-5)
remove the brackets by multiplying the number outside the bracket by each term in the bracket
=9×p+9×2<=(3×3p)+3×-5
=9p+18<=9p-15
Group like terms
=9p-9p<=-15-18. NB: the positive 18 became negative 18 since it moved from one side of the equation to the other
=9p-9p<=-15-18
0<=33