1 + 1.3 =
2 + 0.3 =
3 - 0.7 =
1 * 2.3 =
It is consistent with some equations, not with others.
y=mx+c0=2x+5y=8x+2x=23
Simultaneous equations.
1+3*33 (1+3)*25
A possible first step in eliminating a variable in the system of equations (4x + 5y = -23) and (3x + 10y = -14) is to manipulate the equations to align the coefficients of one of the variables. For instance, you can multiply the first equation by 2 to obtain (8x + 10y = -46). This will allow you to eliminate the (y) variable by subtracting the second equation from the modified first equation.
the answer
Do you want the solutions to the equations? If so then: x = 7 and y = 4
It is consistent with some equations, not with others.
Solve this system of equations. 5x+3y+z=-29 x-3y+2z=23 14x-2y+3z=-18 Write the solution as an ordered triple.
y=mx+c0=2x+5y=8x+2x=23
Simultaneous equations.
Systems of equations don't equal numbers.
Solving these simultaneous equations by the elimination method:- x = 1/8 and y = 23/12
Not until it equals something. Equations have equals signs.
Mathematicians have proven that there are some equations that show that 2x2 does indeed equal 5, and 4
1+3*33 (1+3)*25
There are an infinite number of different equations that are satisfied by that point. A few of them are: y = 15/23 x y = x - 8 y = 2x - 31 y = 10x - 215 y = 15 cos(x - 23) in radians y = 15 sin(x + 67) in degrees