Answer:
Hey! I think that the answer is maybe A, the first one. 1/11 ^12.
Step-by-step explanation:
There's a good website called M A T H W A Y. I really reccomend it if you're trying to figure out how to do something. You just put in the equation, it solves it for you, and even explains why and how it got that answer.
Answer:
11^4
Step-by-step explanation:
Scatter plot on a first quadrant coordinate grid. The horizontal axis is labeled Variable A. The vertical axis is labeled Variable B. Points are plotted at (one, two), (two, nine), (three, five), (four, seven), (five, three), (six, eight), (seven, six), (eight, seven), (nine, ten). A line is drawn through point (six, eight) and point (eight, seven).
Scatter plot on a first quadrant coordinate grid. The horizontal axis is labeled Variable A. The vertical axis is labeled Variable B. Points are plotted at (one, two), (two, nine), (three, five), (four, seven), (five, three), (six, eight), (seven, six), (eight, seven), (nine, ten). A line is drawn through point (three, five) and point (five, three).
Scatter plot on a first quadrant coordinate grid. The horizontal axis is labeled Variable
a. The vertical axis is labeled Variable B. Points are plotted at (one, two), (two, nine), (three, five), (four, seven), (five, three), (six, eight), (seven, six), (eight, seven), (nine, ten). b. line is drawn through point (one, two) and point (three, ten).
Scatter plot on a first quadrant coordinate grid. The horizontal axis is labeled Variable c. The vertical axis is labeled Variable B. Points are plotted at (one, two), (two, nine), (three, five), (four, seven), (five, three), (six, eight), (seven, six), (eight, seven), (nine, ten). d. line is drawn through point (one, two) and point (nine, ten).
Answer:
Image attached is your answer.
Step-by-step explanation:
Hope this helps all who have struggled to find the answer.
Answer:
or
Step-by-step explanation:
The lateral area of a cylinder is calculated by the following formula
Where r is the radius of the right cylinder and h is the height
In this case we know that the diameter d of the cylinder is
Therefore the lateral area is:
Answer:
The lateral area of a right cylinder = 96π cm²
Step-by-step explanation:
Points to remember
The lateral area of a right cylinder = 2πrh
Where r - Radius of cone and
h - Height of cone
To find the lateral surface area
Here diameter d = 12 cm
then radius r = d/2 = 12/2 = 6 cm
And h = 8 cm
Lateral surface area = 2πrh
= 2 * π *6 * 8 = 96π cm²
Therefore the lateral area of a right cylinder = 96π cm²
o {1x80}
* {1x^3}
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Answer:
domain is set of all real number except 4/5
Step-by-step explanation:
Now we find (fºg)(x)
(fºg)(x)=f(g(x))
We plug in g(x) inside in f(x)
Now simplify the numerator
To find out domain we set the denominator =0 and solve for x
Add 4 on both sides
Divide both sides by 5
So domain is set of all real number except 4/5
Answer:
Answer:
{x ∈ R ∣ x ≠ 4/5}
Step-by-step explanation:
The scale of model is 3 inches = 50 feet
Step-by-step explanation:
Given,
Height of Empire state building = 1250 feet
Height of model of building = 75 inches
Therefore;
75 inches = 1250 feet
We will divide the height in feet with the height in inches to determine the scale of model.
1 inch =
1 inch =
Multiplying both sides by 3
The scale of model is 3 inches = 50 feet
Keywords: ratio, division
Learn more about ratio at:
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