Find the solution The graph represents this system of equations.
2 answers:
For this case we have the following system of equations:
We have the graph that represents the solution to the system of equations.
What you must do for this case, is to observe the point of intersection of both lines.
At this point, we have the solution to the system of equations.
The ordered pair solution is:
Answer:
The solution to the system of equations is:
(3, 1)
option 4
We have the graph that represents the solution to the system of equations.
What you must do for this case, is to observe the point of intersection of both lines.
At this point, we have the solution to the system of equations.
The ordered pair solution is:
Answer:
The solution to the system of equations is:
(3, 1)
option 4
You might be interested in
Answer:
The period of Y increases by a factor of with respect to the period of X
Step-by-step explanation:
The equation shows the relationship between the orbital period of a planet, T, and the average distance from the planet to the sun, A, in astronomical units, AU. If planet Y is k times the average distance from the sun as planet X, at what factor does the orbital period increase?
For the planet Y:
For planet X:
To know the factor of aumeto we compared with
We know that the distance "a" from planet Y is k times larger than the distance from planet X to the sun. So:
So
Then, the period of Y increases by a factor of with respect to the period of X