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we can't use the square root initially since we do not have c-value. But we can add a constant d to both sides of the equation to get a new equivalent equation ...
Step-by-step explanation:
From the problem we know that:
Roses come in bunches of 12
Lilies come in bunches of 8
The number of Roses and Lilies were the same
1) We are looking for the multiple of 12 and 8. This would be 96. This could mean that there were 8 bunches of roses and 12 bunches of lilies. This would be a total of 20 bunches
Another option could be 48 of each. This would mean that there were 4 bunches of roses and 6 bunches of lilies. Giving a total of 10 bunches of flowers.
2) For this one, we are looking for the smallest multiple of both 8 and 12. This would be 24. That means that there would be 2 bunches of roses and 3 bunches of lilies. This would be a total of 5 bunches of flowers, the smallest number that could have been ordered.
Answer:
<h2>The perimeter of the figure is 50 feet.</h2>
Step-by-step explanation:
The trapezoid is attached.
Remember, the perimeter is the sum of all sides. But, in this case, we don't know the lenght of all sides. So, we need to find them.
Notice that the missing side on the left is congruent to the vertical leg of the right triangle. So, we use the Pythagorean Theorem to find it. Also, observe that the horizontal leg of the right triangle is 6 feet long.
Now, we can sum all sides to find the perimeter
Therefore, the perimeter of the figure is 50 feet.
It would be A. 3x - 4y
This is because 2x + x = 3x, and -5y + y = 4y.
