(x+y+z)*3=
Using the 'Order of Operation' rules, the addition within brackets is done first, then the sum is multiplied by 3 (thrice means three).
To solve the system of equations given by ( xy = x + 2y ) and ( xy = x - z ), we can start by equating the two expressions for ( xy ). Setting ( x + 2y = x - z ) gives us ( 2y + z = 0 ) or ( z = -2y ). Substituting ( z ) into the other equation leads to a system that can be solved for ( x ) and ( y ). However, without numerical values or additional equations, we cannot find unique solutions for ( x, y, ) and ( z ).
x*(y+z) = x*y + x*z This is the distributive property of multiplication over addition.
To express "32 is the sum of a number z and 9" as an equation, you can write it as: ( z + 9 = 32 ). This equation states that when you add the number ( z ) to 9, the result equals 32. You can also rearrange it to solve for ( z ) by subtracting 9 from both sides, resulting in ( z = 32 - 9 ).
mid point of xy
The mixed fraction XY/Z is equal to (XZ + Y)/Z.
The expression xy + z represents the sum of the product of x and y with the value of z. This is a simple algebraic expression where x and y are variables representing numbers, and z is a constant value. To find the result of xy + z, you would first multiply x and y, and then add the value of z to the product.
Z is halfway between X and Y.
xy + y = z xy = z - y (xy)/y = (z - y)/y x = (z - y)/y
The only common factor to all terms is yz. → xy³z² + y²z + xyz = yz(xy²z + y + x)
x*(y+z) = x*y + x*z This is the distributive property of multiplication over addition.
xy + z = 9Subtract 'z' from each side:xy = 9 - zDivide each side by 'x':y = (9 - z) / x
To express "32 is the sum of a number z and 9" as an equation, you can write it as: ( z + 9 = 32 ). This equation states that when you add the number ( z ) to 9, the result equals 32. You can also rearrange it to solve for ( z ) by subtracting 9 from both sides, resulting in ( z = 32 - 9 ).
3(z+15)
the sum of 35 and z 35z
xylophone
mid point of xy
24x2y2z5