Answer:
Step-by-step explanation:
X=8
The factors of are ( - 6) ( + 6) using Algebraic identity.
Given Equation:
Factorization, the process of breaking down a number into smaller numbers which when multiplied together arrive at the original number.
So, can be written as
and, 36 can be written as 6².
So, = - 6².
Using the Algebraic identity as
Then, using the above identity in - 6² as
- 6² = ( - 6) ( + 6)
Therefore, the factors of are ( - 6) ( + 6).
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Answer:
129/28 (4.6 approx.)
Step-by-step explanation:
The first hols 1 1/7 quarts, it is: 1 + 1/7
Using 7 as common denominator and summing:
1 + 1/7 = 7/7 + 1/7 = 8/7
The second holds 5 3/4 which is: 5 + 3/4. Using 4 as common denominator:
5 + 3/4 = 20/4 + 3/4 = 23/4
Now we need to know how much greater is 23/4 than 8/7. For comparing them we need to set them to a common denominator. The easiest way is use a number that is multiple of both, 4 and 7, lets us 28. We need to multiply the numerators by the number that, multiplied by denominators gives us 28. For the first is 4, and for the second 7.
8/7 = (8*4)/7*4=32/28
23/4= (23*7)/4*7 = 161/28
Now, we only have to subtract:
23/4 - 8/7 = 161/28 - 32/28 = 129/28
So, the second container has 129/28 more quarts of water (approx. 4.60) than the first.
x+2y=6
x+2y=6
-x -x
2y = -x + 6
y = -1/2x + 3
The slope is -1/2 and y-int is 3
A conical funnel is shown with the height of the cone as 8 inches and the radius of the base as 3 inches.
Nisha closes the nozzle of the funnel and fills it completely with a liquid. She then opens the nozzle. If the liquid drips at the rate of 15 cubic inches per minute, how long will it take for all the liquid to pass through the nozzle? (Use π = 3.14.)
Answer:
Your answer would be B: (5.02) minutes
Step-by-step explanation:
Frame 2 to Frame 3
Frame 3 to Frame 4
Answer:
1. Frame 1 to Frame 2 - Vertical downward translation
2. Frame 2 to Frame 3 - counterclockwise rotation
3. Frame 3 to Frame 4 - Vertical upward translation
Step-by-step explanation:
The movement of the shapes from one frame to the other can be described by solid transformations. These are procedures required to change the orientation or size of a given shape. They include: rotation, translation, dilation and reflection.
1. When the shape in frame 1 is translated vertically downwards, it would produce the shape in frame 2.
2. Rotating the shape in frame 2 by counterclockwise would move it to the shape in frame 3.
3. Vertical upward dilation would move the shape in frame 3 to that in frame 4.
Answer:
Step-by-step explanation:
2(3)+8. =6 + 8. = 35 x 102. = 3.5 x 10-1. 3.5 x 10". = 14 ... Substitute b with – 3 and solve. 3). A. 783. 5(-3)2-2(-3)+1. =5(9)+6+1. =45+7. =52 ... (4 – 5x) – (3 – 2x). (4 – 5x)+(-3+ 2x). _+(4 – 5x). +(-3+2x). 1- 3x. to solve. ... (3r' -5+2x). “ - [(7x² +5)– (4x' – 5x)]. – L(7x² +5)– (4x' – 5x). =-|(7x² + 5) – 4x² + 5x].