How do you make a table for finding a y intercept? the equation is y=3x-3
i need to make a table for this equation to graph it. explain how to make the table.

You don't need a table
you onnlyt need 2points
easy way
subsitue 0 for x and get
y=3(0)-3
y=0-3
y=-3
so one point is (0,-3)
now set x equal to 1
y=3(1)-3
y=3-3
y=00
another point is
(1,0)
so plot those two points and then draw a line between them and you are done

so if you are so desparate for a table just subsitute random stuff for x and get values for y and complete your table and graph them in (x,y) form

Hello mate!

there are two congruence criteria that do not guarantee congruence:

AAA ( or 3 angles)

two triangles can have the same 3 angles, but different size, then they are not congruent; an example of this is:

take the triangle rectangle of both cathetus = 1 and hypotenuse = √2, where the angles are 90°, 45° and 45°

and now take the triangle rectangle with both cathetus = 2 and hypotenuse = √8, this triangle also has the angles 90°, 45°, and 45°, so this two triangles succeed the AAA criteria, but are not congruent.

SSA (side-side-angle)

If two triangles satisfy the SSA  criteria and the corresponding angles are acute and the length of the side opposite to the angle is greater than the length of the adjacent side multiplied by the sine of the angle (but less than the length of the adjacent side), then the two triangles are not necessarily congruent.

This is kinda harder to illustrate;  

think on a triangle rectangle where you have the measure of both cathetus and one of the angles different from 90° as the SSA data.

and now think on another triangle that has the same adjacent cathetus and angle, and where the other cathetus is rotated (in a sense where 90° is decreasing) to the point where its tip intercepts the hypotenuse of the first triangle.

Those two triangles meet the SSA criteria but are not congruent.