Call me crazy, but somehow I can't shake the feeling that there was some kind of a
sketch or a drawing near this question wherever you copied it from, and that there
was something in the sketch labeled 'x' and another something in it labeled 'a'.
There's no way I can do anything with the question if I can't see the sketch that
goes with it ... that's why it's printed there.
1/x can equal anything. There isn't anothe side, so we don't have enough informaiton to answer that. However, the bigger the value of x in 1/x, the smaller 1/x will be. The smaller the value of x, the bigger 1/x will be.
That completely depends on the value of 'x', and whenever the value of 'x' changes, [ 2x + 2 ] also changes immediately.
You cannot explicitly find the value of x without an equal sign, as an equation without an equals sign is an algebraic expression. However, we can turn your expression into an equation by adding in an equals sign, but setting the value to a variable. For example, 2x+5=y, or 5x2-4x=y. You can solve for x like that. The phrase "... there is no equal sign in the equation ..." is a meaningless description. Without an 'equal' sign, there is no equation.
-52x <= 7 (-52x)/(-52) >= 7/(-52) {divide both sides by -52, and reverse the inequality when dividing by a negative. x >= -7/52 There is no largest integer value for x. If the question was ... greater than or equal to ... then the solution would be x <= -7/52, and the largest integer value would be -1.
x/35 =7 (x/35) *35 = 7 * 35 {multiply both sides by 7} x = 7 * 35 x = 245
40% equal to fraction 30 what is value of X?
The value of x works out as 10
depend on x value
x2 is an expression that can be read "x squared" or "x to the power of two". It is equal to x times x.
It depents from the value of x.If x>0 then, |x|=xIf x
The answer depends on the value of x.
Only if the value of x is zero
The cumulative frequency distribution for a value x of a random variable X, is a count of the number of observations in which X is less than or equal to x. The cumulative frequency distribution for a value x of a random variable X, is a count of the number of observations in which X is less than or equal to x. The cumulative frequency distribution for a value x of a random variable X, is a count of the number of observations in which X is less than or equal to x. The cumulative frequency distribution for a value x of a random variable X, is a count of the number of observations in which X is less than or equal to x.
Then y = 3x.
11
1/x can equal anything. There isn't anothe side, so we don't have enough informaiton to answer that. However, the bigger the value of x in 1/x, the smaller 1/x will be. The smaller the value of x, the bigger 1/x will be.
If: 12+x = 10 then the value of x is -2