Answer: See below
Step-by-step explanation:
or
The diamter of Jupiter is 11 times that of the earth, so the radius is also 11 times that of the earth. You have to just square 11 to get 121 times
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Answer:
The towel bar should be placed at a distance of from each edge of the door.
Step-by-step explanation:
Given:
Length of the towel bar =
Now given length is in mixed fraction we will convert in fraction.
To Convert mixed fraction into fraction Multiply the whole number part by the fraction's denominator, then Add that to the numerator, then write the result on top of the denominator.
can be Rewritten as
Length of the towel bar =
Length of the door =
can be Rewritten as
Length of the door =
We need to find the distance bar should be place at from each edge of the door.
Solution:
Let the distance of bar from each edge of the door be 'x'.
So as we placed the towel bar in the center of the door it divides into two i.e. '2x'
Now we can say that;
Now we will take LCM to make the denominators common we get;
Now denominators are common so we will solve the numerators.
Or
Hence The towel bar should be placed at a distance of from each edge of the door.
M∠CZB = 73°.
Since DA is a diameter, all of the angles along either side of it will be supplementary (add to 180°). This means that ∠DZC + ∠CZB + ∠BZA = 180°:
2x + 7x - 4 + 85 = 180
Combining like terms, we have:
9x + 81 = 180
Subtract 81 from both sides:
9x + 81 - 81 = 180 - 81
9x = 99
Divide both sides by 9:
9x/9 = 99/9
x = 11
To find the measure of ∠CZB, substitute 11 in for x:
m∠CZB = 7x - 4 = 7(11) - 4 = 77 - 4 = 73
Point A is ( 2 1/4, 1 1/2)
Point B is ( -1 /4, 1 1/2)
Point C is ( 1/4, -2 1/2 )
I hope u get why this is why!
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