0
Want this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
F a polygon X is inscribed in an object Y then what can be said about each?
-- 'Y' is circumscribed about 'X' -- The area of 'X' is less than the area of 'Y'.
Work out the number of sides of a regular polygon with an interior angle of 171 degrees?
The interior angle of a regular polygon with x sides is 180(x-2)/x. Rearranging the formula for x, the number of sides for a shape with y angles is 360/(180-y). From this formula, the number of sides is 40.
What is biconditional statement?
A bi-conditional statement is one which says that if any one of two statements is true, the other is true, too. It generally takes the form, X is true if and only if Y is true, or X is equivalent to Y, where X and Y are simpler statements.
If 10x equals y if x is doubled then what is always true about y?
"y" will double, too.
What is true about direct variation?
It has a x and y intercept
If a polygon X is inscribed in an object Y then what can be said about each?
The object Y must be circumscribed about the polygon X.
F a polygon X is inscribed in an object Y then what can be said about each?
-- 'Y' is circumscribed about 'X' -- The area of 'X' is less than the area of 'Y'.
If figure x is inscribed in figure ywhich statement must be true?
Figure Y is circumscribed about figure XApex
If figure x is inscribed in figure y?
Figure Y is circumscribed about figure X.
If X Y in Y z which statement must be true?
If x y and y z, which statement is true
Truth table for 3-inputs OR gate?
It is not easy to illustrate this in a table since it would need to be a 3-d table. The browser which we are required to use is bad enough for ordinary tables. So here goes:X = True, Y = True, Z = True then (X or Y or Z) = TrueX = True, Y = True, Z = False then (X or Y or Z) = TrueX = True, Y = False, Z = True then (X or Y or Z) = TrueX = True, Y = False, Z = False then (X or Y or Z) = TrueX = True, Y = True, Z = True then (X or Y or Z) = TrueX = True, Y = True, Z = False then (X or Y or Z) = TrueX = True, Y = False, Z = True then (X or Y or Z) = TrueX = True, Y = False, Z = False then (X or Y or Z) = FalseThe simple way to remember is that the OR gate gives False only when each input is False.
If x is y and y is z which statement must be be true?
If x = y and y = z then x = z
Is x a function of y or is y a function of x?
Either - or both - can be true.
It could be anything.?
It is a polygon, whose area is 64. If the length is "x" and the height is "y" and it is a square, then the area is x times y is 64. If it is not a square, then the formulas get a bit more complicated, but the concept is the same. That is all true, but the question asks for a length. If you mean perimeter, that depends entirely on the shape of the polygon. If it is a square, and x and y are as above, then x equals y equals 8 meters, and the perimeter is 8 times 4 or 32 meters. If it is a rectangle, the perimeter will be at least 32 meters but there is no limit to how high the perimeter can be. For example, if x is 1 millimeter, then y has to be 64,000 meters or 64 kilometers, and the perimeter is 128,000.002 meters.
Work out the number of sides of a regular polygon with an interior angle of 171 degrees?
The interior angle of a regular polygon with x sides is 180(x-2)/x. Rearranging the formula for x, the number of sides for a shape with y angles is 360/(180-y). From this formula, the number of sides is 40.
How do you solve x minus 4 equals negative y?
given: x - 4 = -y or, -y = x - 4 or, y = -(x - 4) or y = -x + 4 or y = 4 - x i.e. for x > 4, the equation x - 4 = -y is true.
Is the statement x billion is greater than y million always sometimes or never true when the values of x and y are greater than zero?
sometimes The statement X billion is greater than Y million is sometimes true when the values of X and Y are greater than zero. It is only sometimes true because it is not true when the value of Y is more than 1,000 times greater than X, but it is true when the value of Y is less than 1,000 times greater than X.
