If you would like to find a factor of 6x^2y + 8x^2 - 30y - 40, you can calculate this using the following steps:
<span>6x^2y + 8x^2 - 30y - 40 = 2x^2 * (3y + 4) - 10 * (3y + 4) = (3y + 4) * (2x^2 - 10) = 2 * (3y + 4) * (x^2 - 5)
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The correct result would be 3y + 4.
BC² = 11² + 11²
BC² = 121 + 121
BC² = 242
BC = √242
BC = 11√2
Answer: 11√2
Answer:
standard divisor: 525.00
Step-by-step explanation:
The standard divisor is found by dividing the total number of residents to be represented, by the number of representatives. Here, that is 7875 divided by 15. The resulting standard divisor is 525 (exactly).
By Hamilton's method, the number of residents in each district is divided by this number, and the integer and fraction of the quotient are recorded.
If the total of integers is less than the total number of representatives, then the difference is apportioned to the districts according to the values of the fractions.
Here, the total of quotient integers is 13, so 2 additional representatives need to be apportioned. The two largest fractions are 0.77 associated with District 5, and 0.58 associated with District 1. These two districts, then, get the "extra" representatives. (1 is added to the "integer" for those districts.)
Final assignments of representatives to districts are seen in the rightmost column of the spreadsheet.
Answer:
You already completed it why you asking for help?
Step-by-step explanation:
The lengths of the sides of the base are 2 ft
This is because the volume is the base times the height
if you take the volume and divide it by the height than you get 4, which means the area of the base is 4
This means that when you multiply the side lengths together you should get 4 and since you know the base is a square (so both sides are the same length) the answer is 2