if its a standard linear equation in the form of y, y=mx+b then the b is the y value when x is 0. if it is a trigonometric function in the form of y=(a)sin(bx+c)+d or y=(a)cos(bx+c)+d then b is the factor of the period of the function. (the period can be found with the formula 2∏/b
b is the negative sum of the roots of the equation
a+b(a+B)=ab
You're talking about y=mx+b which is the standard line equation.
For a value to be a solution to an equation, when you substitute the value for the variable, the equation becomes true. 4+B=6 B is the variable. 2 is the solution Substitute 2 for B 4+2=6 The equation is true.
In an equation b or any other letters usually denotes the unknown variable.
In an equation b or any other letters usually denotes the unknown variable.
If you mean the straight line equation of: y = mx+b then m is the slope and b is the y intercept
In the equation Y=mx+b, which is what I believe you mean, 'b' is the y intercept of the graph. In other words, if the equation is plotted in standard Cartesian coordinates, the straight line crosses the y-axis at the height b above the x axis.
y=mx+b m is the slope, b is the y-intercept (where the line will cross the y axis.
y=mx+b is the equation for a linear relationship. y= the dependant variable m= the slope of the line x= the independent variable b= the y-intercept
The Commutative Property is illustrated by this equation: a * b = b * a.
if its a standard linear equation in the form of y, y=mx+b then the b is the y value when x is 0. if it is a trigonometric function in the form of y=(a)sin(bx+c)+d or y=(a)cos(bx+c)+d then b is the factor of the period of the function. (the period can be found with the formula 2∏/b
The answer depends on the equation!
b is the negative sum of the roots of the equation
Put simply, the equation for solving a cubic equation is x2 + 2ax +b = (x+a)2 + b-a2. This leads to x = -a +/- (a2 -b)1/2.
3 B in B can stand for: Three B's in "BUBBLE" or Three B's in "BABBAGE"