It depends on what x is.
This is normally expressed in terms of the radius: area = pi x radius2.This is normally expressed in terms of the radius: area = pi x radius2.This is normally expressed in terms of the radius: area = pi x radius2.This is normally expressed in terms of the radius: area = pi x radius2.
The area, in terms of a, is 2a*(3a-4) = 6a2-8a However, it is not possible to give its area in terms of x without knowing anything about x, such as how x relates to a.
There are more than 1 set of values that will work. The value's of "x = 1" and "y = -1.5" will work and therefore the values "x = 100" and "y = -150" will work as well. In other words take any number you want for the value of x and multiply that number by negative 1.5 (-1.5) to get the value of y. y = (x multiplied by -1.5)
The expression "17.57x" represents a variable quantity that depends on the value of ( x ). Without a specific value for ( x ), the answer remains in terms of ( x ) and is simply ( 17.57x ). If you provide a value for ( x ), I can calculate the numerical answer for you.
The expression "4x - 3x" simplifies to "x." Therefore, if you're referring to the value of a rhombus in terms of this expression, it would depend on the context or specific properties of the rhombus being discussed, such as side length or area. Without additional information, we can only conclude that the simplified value is "x."
This is normally expressed in terms of the radius: area = pi x radius2.This is normally expressed in terms of the radius: area = pi x radius2.This is normally expressed in terms of the radius: area = pi x radius2.This is normally expressed in terms of the radius: area = pi x radius2.
The function of y in terms of x represents how the value of y changes based on the value of x in a mathematical equation or relationship.
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The area, in terms of a, is 2a*(3a-4) = 6a2-8a However, it is not possible to give its area in terms of x without knowing anything about x, such as how x relates to a.
There are more than 1 set of values that will work. The value's of "x = 1" and "y = -1.5" will work and therefore the values "x = 100" and "y = -150" will work as well. In other words take any number you want for the value of x and multiply that number by negative 1.5 (-1.5) to get the value of y. y = (x multiplied by -1.5)
The expression "17.57x" represents a variable quantity that depends on the value of ( x ). Without a specific value for ( x ), the answer remains in terms of ( x ) and is simply ( 17.57x ). If you provide a value for ( x ), I can calculate the numerical answer for you.
The expression "4x - 3x" simplifies to "x." Therefore, if you're referring to the value of a rhombus in terms of this expression, it would depend on the context or specific properties of the rhombus being discussed, such as side length or area. Without additional information, we can only conclude that the simplified value is "x."
The equation for work in terms of pressure and volume is: Work Pressure x Change in Volume.
It represents the distance of that number from 0. |1| would be 1, as would |-1|, because that's how far it is from 0. In constant terms, It just makes it positive. In variable terms, it can get complicated, as |x| isn't x, because x could = a negative number. The best way to answer a |x| question is: = X if the value of X is a positive number, OR -X if the value of X is a negative number
The range is the y value like the domain is the x value as in Domain and Range.
The surface area of a sphere is equal to 4 x Pi x radius2
the area of a circle is 2 X pi radius