Divide 6 by 9 and you get 0.66666666666666
so each friend gets 2/3 of a cookie
1. Divide the first row by -4
(1, -5/4, -3/2)
2. Multiply the first row by -2
(-2, 5/2, 3)
3. Subtract the first row from the third row and restore it.
1 (1, -5/4, -3/2)
3 (0, -15/2, 1)
4. Restore the first row to the original view
(-4, 5, 6)
5. Divide the second row by 4
(0, 1, 1)
6. Multiply the second row by -15/2
(0, -15/2, -15/2)
7. Subtract the second row from the third row and restore it
2 (0, 1, 1)
3 (0, 0, 17/2)
8. Restore the second row to the original view
(0, 4, 4)
9. Multiply the main diagonal elements
-4 x 4 x 17/2 = 136
Answer: Δ = 136
Answer:
√58 or 7.61 units
Step-by-step explanation:
Given points are:
A(1,4)
B(-2,-3)
The distance formula is used to find distance between two points.
The distance formula is:
So the approximate distance is √58 or 7.61 units ..
Answer:
D = 100 - 2p
Where p is the price in dollars of the product and D is the number of products that can be sold at that price
And we need to interpret the slope of this function mean in the context of the problem. And for this case the slope is m=-2 and it means that for every increase in the price in 1 $ we will have a decrease the number of products in two units
Step-by-step explanation:
For this problem we know the following function given:
D = 100 - 2p
Where p is the price in dollars of the product and D is the number of products that can be sold at that price
And we need to interpret the slope of this function mean in the context of the problem. And for this case the slope is m=-2 and it means that for every increase in the price in 1 $ we will have a decrease the number of products in two units
Hi!
Parallelograms have 4 sides. The parallel lines have equal lengths.
Which means sides BC, and AD are equal. <span>AB, DC</span> are also equal.
Only AB, DC are listed as an option so the answer is Sides AB and DC.
Hope this helps! :)
-Peredhel
