Answer: Point Form - (5/2, 2) Equation Form - 5/2, y = 2
Step-by-step explanation:
To prove two equations have infinite solutions, you have to prove that those two equations are the same equations, but in a different form.
For example: Prove the equations are infinite
5y=2x+7
10y=4x+14
If you multiply the first equation by 2, and substitiute any of the numbers, you will get 0=0
Answer:
I do believe the answer is 15 feet
Step-by-step explanation:
Answer:
156 different pairs will be there.
Step-by-step explanation:
As the order is essential as we need different pairs therefore permutations will be used.
A permutation is any ordered subset of the objects r selected with regard to their order, from the set of n distinct objects. It is given by nPr where n> r
Total number is 13 and required number is 2
n= 13 and r= 2
13 P2= 156 possible combinations.
A combination is any subset of the objects r selected without regard to their order, from the set of n distinct objects. It is given by nCr where n> r
A(4,5) and B(-2,3)
AB (-6,-2)
And let's make M point from this line
M(x,y)
AB (-6,-2) and AM (x-4,y-5)
so , -6*(y-5)-(x-4)*-2=0
-6y+30+2x-8=0
The equation is :-6y+2x+22=0
