Answer:
130.4 pounds
Step-by-step explanation:
The digital scale is measuring weight to the nearest 0.2 pounds, so basically the digital scale would show you the weight of an object that is a multiple of 0.2.
Talking about precision, precision tells us how accurate is the measured value or how close is the measured value to the actual value.
Here, scale is measuring to the nearest 0.2 pounds, so out of the given values the measurement that shows an appropriate level of precision for the scale is 130.4 pounds.
If you start with 1 cheerleader in row A, then you'll have 3 cheerleaders in row B (add on 2), and then 5 cheerleaders for row C (add on another 2), etc etc.
Note how: 1+3+5 = 4+5 = 9 which is a perfect square. Also note that 36 is a perfect square.
Rule: The sum of the first positive n odd numbers is going to be equal to n^2. In the example of adding the first three odd numbers (1,3,5), we have n^2 = 3^2 = 9 as the sum
So as you can see, we'll have n = 6 rows because n^2 = 6^2 = 36 and
1+3+5+7+9+11 = 36
which is the sum of the first six positive odd numbers. So we'll have 1 cheerleader in row A, 3 in row B, 5 in row C, 7 in row D, 9 in row E, 11 in row F to have 6 rows total.
Answer:
yes
Step-by-step explanation:
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.
Answer:
178.0
Step-by-step explanation:
