Let (x1, y1) = (-7, -3) and (x2, y2) = (-2, -9).
First, let's find the slope m:
m = (y2 - y1)/(x2 - x1) = (-9 - -3)/(-2 - -7) = (-9 + 3)/(-2 + 7) = -6/5
(y - y1) = m(x - x1) The point-slope form.
y - -3 = -6/5(x - -7)
y + 3 = -6/5(x + 7)
y + 3 = -(6/5)x - 42/5 add (6/5)x and subtract 3 at both sides;
y + (6/5)x = - 42/5 - 3
(6/5)x + y = -57/5 The general formula.
A kite would fit the given description
A kite would fit the given description
A square, a rhombus, a rectangle and a parallelogram will all fit the given description.
A square would fit the given description
The description given appears to be a 4 sided quadrilateral kite
That will depend entirely on the equation which has not been given.
That depends on the equation.
There are infinitely many points on any line and it is impossible to list them. The points are those whose x and y coordinates satisfy the given equation.
the Equation of a Line Given That You Know Two Points it Passes Through.
it is 7yx978
It is the set of infinitely many ordered pairs, (x, y) such that the two satisfy the given equation.
Graph of an equation.
If there are 40 pairs containing base C, the remaining pairs must contain the complementary base, G. Since each base pair must contain one A and one T (complementary to each other), the number of pairs containing base A would be the same as the number containing base T. Therefore, there would be 60 pairs containing base A.
L=2p-4L= no. of linksp= no. of pairs
I am sorry but the question is incomplete. You have not mentioned the ordered pairs and the equation is incomplete as well.
The question cannot be answered unless a specific equation is cited.
no eye deer