X = 11.5
23 x 5 = 115
115 is the product of the equation 5 x 23.
A = w*l so 184 = w*23 or w = 184/23 = 8 cm
An equation is a statement, and is never 'equal to' a number.Here are a few equations that all have the solution [x = 23] :x + 3 = 26x - 7 = 165x + 7 = x + 99x2 - 26x + 69 = 0x (26 - x) = 69
Well, isn't that a happy little math problem! To find out what times 4 equals 92, we simply need to divide 92 by 4. And when we do that, we find that the answer is 23. Just like painting a beautiful landscape, sometimes all we need is a little bit of math to bring everything into focus.
It is an equation and the value of g is 2.
23 x 5 = 115
Is v a variable? This isn't an equation. For there to be a value for v, there needs to be an equals sign somewhere.
You'd need another equation to sub in
2x+17=6x-23 23+17=6x-2x 40=4x x=40 / 4 therefore x=10
I'd call it an equation...
(2x10)+3 = 23. (4x5)+3 = 23. (6x4)-1 = 23. etc.
Presumably this is a simultaneous equation in the form of: 3r-4s = 0 2r+5s = 23 Multiply all the terms in the top equation by 2 and in the bottom equation by 3: 6r-8s = 0 6r+15s = 69 Subtract the bottom equation from the top equation: -23s = -69 Divide both sides by -23 to find the value of s remembering that a minus number divided into a minus number is equal to a plus number: s = 3 Substitute the value of s into the original equations to find the value of r: Therefore: r = 4 and s = 3
23
To find the value of ( y ) when ( x = 11 ), we can substitute ( x ) with 11 in the equation ( 7x - 9y = 23 ) and solve for ( y ): [ 7(11) - 9y = 23 ] [ 77 - 9y = 23 ] [ -9y = 23 - 77 ] [ -9y = -54 ] [ y = \frac{-54}{-9} ] [ y = 6 ] So, when ( x = 11 ), ( y = 6 ).
A two-step equation with a variable that equals 23 could be (2x + 5 = 23). To solve for (x), first subtract 5 from both sides to get (2x = 18), and then divide by 2 to find (x = 9). Thus, the solution satisfies the original equation.
115 is the product of the equation 5 x 23.