4! - sqrt(4)*sqrt(4)/4 = 23
3,5,7,8
(2x10)+3 = 23. (4x5)+3 = 23. (6x4)-1 = 23. etc.
If you mean: y = 12x-23 then the slope is 12 and the y intercept is -23
So this statement is an equation whose left side contains the sum of (5) and (twice g), and the right side contains only 23. 2g + 5 = 23
23
4! - sqrt 4 + 4/4
To make 23 using the numbers 1, 2, 3, and 4, you can use the following equation: ( (4 \times 3 \times 2) + 1 = 23 ). Here, you multiply 4 by 3 to get 12, then multiply that by 2 to get 24, and finally subtract 1 to reach 23.
You'd need another equation to sub in
first we set x=23(1/3) now set the equation equal to 0. x3=23 x3-23=0 now we can set our equation in the formula xn+1=xn-(xn3-23/3xn2)
(7+89)=96/4=24-6=18+5=23
3e+23
3,5,7,8
3a + 2b is an expression in algebra. If you make 3a + 2b equal to something then you can find the values of "a" and "b" Lets say you make 3a + 2b equal to 23 3a + 2b = 23 Now find "a" and "b" to make this equation true... 3(5) + 2(4) = 23 15 + 8 = 23 23 = 23 Correct So in this case a=5 and b=4
11 + 7 + 5 = 23
If you mean a slope of 23 and a point of (0, 4) then the equation is y = 23x+4
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
To determine if the point (23) lies on the line given by the equation ( x - 2y - 4 = 0 ), we need to substitute the coordinates of the point into the equation. Since (23) is not a complete coordinate point (it lacks a y-value), we cannot evaluate it against the line's equation. If a full coordinate point (like (23, y)) is provided, we could check if it satisfies the equation.
(2x10)+3 = 23. (4x5)+3 = 23. (6x4)-1 = 23. etc.
10+23 = 33
It is not an equation because it has no equality sign but it is an expression that can be simplified as: 67+a
You can achieve 23 using four fours with the expression: ( (4 \times 4) + (4 / 4) ). Here, ( 4 \times 4 ) equals 16, and ( 4 / 4 ) equals 1. When you add them together, ( 16 + 1 + 6 ) gives you 23.
23
Points: (-3, -23) and (5, 9) Slope: 4 Equation: y = 4x-11
One example of a multi-step equation that equals 23 is (2x + 5 = 23). To solve for (x), first subtract 5 from both sides, resulting in (2x = 18). Then, divide both sides by 2 to find (x = 9). Therefore, the equation satisfies the condition of equaling 23 when solved.
You could do this: 23 x 1 = 23 + 1 = 24. Times 23 by 1 which would equal itself then add 1 to get 24.