9514 1404 393
Answer:
$1524
Step-by-step explanation:
The basic idea is that each line of the table is use for that portion of the income that falls in the range for that line of the table. Then the tax amounts are added together.
Another way to do it is to rewrite the table to <em>use the full tax rate on the full income, then subtract a "discount"</em> applicable to that line. Using that method in the attached spreadsheet, we have computed the tax to be $1524 on income of $30,000.
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<em>Additional comment</em>
The above-described calculation is applied on each line of the table to arrive at the "tax" on that line. The amount due is the maximum of the numbers in the "tax" column. (Doing this by hand, one would only need to use the formula on the one applicable line. In a spreadsheet, the extra calculations are of little consequence.)
We have used 1e8 as an "upper limit" essentially equivalent to "infinity" for the purpose here.
Answer:
number of fourths in 3, 3÷ 1/4
Step-by-step explanation:
It shows 3 split up into fourths, 3÷ 1/4 equals 12 which is the amount of sections there are
The side lengths could be 10, 24 and 26 units.
We must first find the side lengths. We use the distance formula to do this.
For RT:
For ST:
For TR:
Our side lengths, from least to greatest, are 5, 12 and 13.
To be similar but not congruent, the side lengths must have the same ratio between corresponding sides but not be the same length. 10, 24 and 26 are all 2x the original side lengths, so this works.
-39, -37, -35, -33, -31, -29. Odd numbers are the same just backwards ;)
<span>Each player required 27.14 inches of fabric for their headband and wristband.
367.63in/39 players = 9.43in per wristband
761.53in/39 players+4 coaches = 17.71in per headband
(17.71*39)+(9.34*39) = 1058.46 total fabric used for players only
(1058.46)/39 = 27.14 inches of fabric used for each player individually</span>