It seems like you might be referring to a mathematical expression, but the notation isn't clear. If you're looking for an equation involving the numbers 16, 2130, and 13, could you clarify how these numbers are related? For example, are you looking for a multiplication or addition equation? Please provide more details for a precise response.
16x + 2 - 8 = 16x + 24 implies 16x - 6 = 16x + 24 subtracting 16x from both sides, this implies: -6 = 24 So the equation has no soultions.
Assuming you wish to make this equation equal zero, for x2 + 16x + 55 = 0, x = -5.
Without an equality sign the given terms can't be considered to be a quadratic equation.
The parallel equation is: y = 4x-3
In the equation ( y = 16x + 44 ), the independent variable is ( x ). This is because ( x ) is the variable that can be freely changed or manipulated, while ( y ) depends on the value of ( x ). The equation demonstrates how changes in ( x ) will affect the value of ( y ).
16x + 2 - 8 = 16x + 24 implies 16x - 6 = 16x + 24 subtracting 16x from both sides, this implies: -6 = 24 So the equation has no soultions.
16x + 2 - 8 = 16x + 24 implies 16x - 6 = 16x + 24 subtracting 16x from both sides, this implies: -6 = 24 So the equation has no soultions.
what number do you add in the equation x2-16x=23
Assuming you wish to make this equation equal zero, for x2 + 16x + 55 = 0, x = -5.
y = 16X - 80
The parallel equation is: y = 4x-3
Without an equality sign the given terms can't be considered to be a quadratic equation.
In the equation ( y = 16x + 44 ), the independent variable is ( x ). This is because ( x ) is the variable that can be freely changed or manipulated, while ( y ) depends on the value of ( x ). The equation demonstrates how changes in ( x ) will affect the value of ( y ).
5x2-16x+12 = (5x-6)(x-2) when factored with the help of the quadratic equation formula
The equation can be written as y = 16x/20 which can be simplified to y = 4x/5
To write the equation ( y^2 = x^2 + 16x + 17 ) in vertex form, we first complete the square for the ( x ) terms. The expression ( x^2 + 16x ) can be rewritten as ( (x + 8)^2 - 64 ). Thus, the equation becomes ( y^2 = (x + 8)^2 - 64 + 17 ), simplifying to ( y^2 = (x + 8)^2 - 47 ). Therefore, the vertex form of the equation is ( y^2 = (x + 8)^2 - 47 ).
4x - 20 = -44x = 16x = 4