Solve for y:
3 y - 2 y + 5 = 11
Grouping like terms, 3 y - 2 y + 5 = (3 y - 2 y) + 5:
(3 y - 2 y) + 5 = 11
3 y - 2 y = y:
y + 5 = 11
Subtract 5 from both sides:
y + (5 - 5) = 11 - 5
5 - 5 = 0:
y = 11 - 5
11 - 5 = 6:
Answer: | y = 6 ; thus 1 Answer
<span>233.356
=2.3*10^2
now second one is
</span><span>1.005
</span>=1.0
Answer:
$ 14.08
Step-by-step explanation:
We have that the policy costs $ 94 and with life insurance with coverage of $ 120,000, to calculate the expected value, we must subtract the value of that life insurance multiplied with the probability of dying (complement of the probability of living) and the policy value multiplied by the probability of staying alive) like this:
120000 * (1 - 0.9991) - 94 * 0.9991 = 14.0846
Which means that the expected value of the policy is $ 14.08
Answer:
Well, count out how many nickels can go in $3.90. Then count out how many quarters. Make sure there are 6 more quarters than nickels, and make sure it all adds up to $3.90
Hope this helped! <3
Answer: Your answer would be 24 because if g is 1 then replace that in the expression: 4(1) and multiply. You get 4. If H is 4 place it in the expression as well and multiply. You get 20. 4+20=24.