Heather is saving for retirement and has been doing a lot of research on how much she should put aside each month. The newest ar ticle says that 1/36 of her salary should be put into a retirement account. If she makes $63,000 a year, how much will she put into her retirement account each month (rounded to the nearest dollar)? A) $1,750
B) $210
C) $145
D) $5,250
2 answers:
Answer:
C) $145
Step-by-step explanation:
If Heather puts in 1.36% of her salary into a retirement account and she makes $63,000 in a year, this can be solved by 1.36% x 63000.
Convert 1.36% into a decimal. This id done, divide by 100.
1.36/100=0.0136
1.36% x 63000
=0.0136 x 63000
=856.8
Heather would put $856.8 in for the whole year. To find how much per month, divide by 12.
856.8/12=71.4
Rounded to the nearest dollar is $71.
Heather would put $71 into a retirement account each month.
$63 000 ÷ 12 $5 250 ÷ 36 $145.83 should be put aside for retirement each month
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X and y are books x is fiction y=nonifiction x+y=36 x=12+y 12+y+y=26 2y+12=26 minus 12 2y=14 divide 2 y=7 sub x=12+y x=12+7 x=19 nonfiction=7
Answer:
Consecutive integers:
x
(x+1)
(x+2)
Now your equation is given by sum of the first and twice the third is equal to four times the second decreased by five:
x+2(x+2) = 4(x+1)-5
Step-by-step explanation:
In this problem the big angle will be equal to two times the smaller angle so the correct expression is:
Now we can rewrite the equation so:
Use the Pythagorean theorem (a^2 + b^2 = c^2)
7^2 + 24^2 = x^2
x^2 = 625
x = 25
The answer is b cuz it changes how it go