Point-slope form is written as: y-y1=m(x-x1), where (x1, y1) is a point on the line and m is the slope (hence the name, point-slope form).
It depends on what constitutes different looking: how similar must the equations be before you see that they are the same. If both equations are in the point-slope form, the coefficients of one equation must be a fixed multiple of the coefficients of the other.
Point intercept form is the almighty form that governs all equations in mathematics involving the variables "X" and "Y", when "X" refers to the independent variable and "Y" refers to the dependent variable. It is the mother of all forms, the alpha and omega, the beginning and the end...... But seriously, THERE IS NO SUCH THING AS THE POINT-INTERCEPT FORM!!!! There IS point-slope form as well as slope-intercept form, but NO point-intercept form.
In reimann stieltjes integral if we assume a(x) = x then it becomes reimann integral so we can say R-S integral is generalized form of reimann integral.
Equations are not linear when they are quadratic equations which are graphed in the form of a parabola
Point-slope form is written as: y-y1=m(x-x1), where (x1, y1) is a point on the line and m is the slope (hence the name, point-slope form).
It depends on what constitutes different looking: how similar must the equations be before you see that they are the same. If both equations are in the point-slope form, the coefficients of one equation must be a fixed multiple of the coefficients of the other.
y -1 = -1/2( x -2 )
Point intercept form is the almighty form that governs all equations in mathematics involving the variables "X" and "Y", when "X" refers to the independent variable and "Y" refers to the dependent variable. It is the mother of all forms, the alpha and omega, the beginning and the end...... But seriously, THERE IS NO SUCH THING AS THE POINT-INTERCEPT FORM!!!! There IS point-slope form as well as slope-intercept form, but NO point-intercept form.
In reimann stieltjes integral if we assume a(x) = x then it becomes reimann integral so we can say R-S integral is generalized form of reimann integral.
Equations are not linear when they are quadratic equations which are graphed in the form of a parabola
If the equations are in y= form, set the two equations equal to each other. Then solve for x. The x value that you get is the x coordinate of the intersection point. To find the y coordinate of the intersection point, plug the x you just got into either equation and simplify so that y= some number. There are other methods of solving a system of equations: matrices, substitution, elimination, and graphing, but the above method is my favorite!
There is only one type of solution if there are two linear equations. and that is the point of intersection listed in (x,y) form.
Yes, the graph of a linear equation can be a line. There are special cases, sometimes trivial ones like y=y or x=x which are linear equations, but the graph is the entire xy plane. The point being, linear equations most often from a line, but there are cases where they do not.
An indefinite integral is a version of an integral that, unlike a definite integral, returns an expression instead of a number. The general form of a definite integral is: ∫ba f(x) dx. The general form of an indefinite integral is: ∫ f(x) dx. An example of a definite integral is: ∫20 x2 dx. An example of an indefinite integral is: ∫ x2 dx In the definite case, the answer is 23/3 - 03/3 = 8/3. In the indefinite case, the answer is x3/3 + C, where C is an arbitrary constant.
The integral of a single term of a polynomial, in the form of AxN is (A/N+1) x (N+1). The first integral of 2x is x2 + C. The second integral of 2x is the first integral of x2 + C, which is 1/3x3 + Cx + C.
You add one side of each of the equations to form one side of the new equation. You add the other sides of the equations to form the other side. Subtraction is done similarly.