30+
2+
0.3+
0.09
thirty + two + 3 tenths + nine hundredths
Answer:
Step-by-step explanation:
The required withholding amounts are ...
- federal tax = 0.12×$1375 = $165.00
- state taxes = 0.07×$1375 = $96.25
- FICA = 0.0765×$1375 = $105.19
So, the total involuntary withholding is ...
$165.00 +96.25 +105.19 = $366.44
We want to find the voluntary withholding such that ...
(gross pay) - (involuntary withholding) - (voluntary withholding) = (net pay)
Adding (voluntary withholding - net pay) to both sides of this equation, we get ...
(gross pay) - (involuntary withholding) - (net pay) = (voluntary withholding)
Filling in the values we know gives ...
$1375 -366.44 -725 = voluntary withholding = $283.56
Your voluntary withholding is $283.56.
The length of the third side can be expressed as an inequality...
0 < 3rd side < 39, depending on the angle
Answer:
16
Step-by-step explanation:
To solve this equation, we need the formula for perfect squares:
or
<em>this is the formula we will use because the signs match the one in the question</em>.
Knowing these, we can set up an equation that assumes that the answer we will end up with is a perfect square.
Work:
- this is the setup for being able to solve for the unknown
, now we need to solve for .
(I replaced 
with 
because I'm setting up this question to be a perfect square).
- multiply the left side. Remember that your answer will not be
, but 
.
- Divide like terms and isolate the variable. In this case,
and 
are on both sides, so dive them and they will be canceled out.
- divide by
and you will have your value for .
- Now we plug into our original equation equation for perfect squares.
Our final answer is 16.
Answer:
5^8
----------- which is choice A
4^4
Step-by-step explanation:
(5^2/4)^4
We can separate this (a/b) ^c = a^c / b^c
5^2^5
-------------
4^4
We know that a^b^c = a^(b*c)
5^(2*4)
------------
4^4
5^8
-----------
4^4
