Determine whether the given system is dependent, independent, or inconsistent.
y=2x-4
y=2x-3
What is inconsistent?
x = 4y
2x + 3y = 22
The solution to the system of equations:
y = -4x - 2
y = x + 3
What is (-1, 2)
r + s = -6
r - s = -10
Determine whether the given system is dependent, independent, or inconsistent.
-3x - 6y = 6
x + 2 = -2
What is dependent?
y = x - 2
3x - y = 16
The solution to the system of equations:
y = (5/4)x - 3
y = (-1/2)x + 4
What is (4, 2)?
The solution to the system:
2x + 5y = 9
3x - 5y = 1
What is (2, 1)?
Determine whether the given system is dependent, independent, or inconsistent.
-10x + 2y = 10
10x + 8y = -10
What is independent?
y = 3x - 1
7x + 2y = 37
The solution to the system of inequalities:
y < x - 1
y < (-1/2)x + 2
What is (Mrs. Scully will provide)?
The solution to the system:
-7x + 2y =-1
14x - y = 11
What is (1, 3)?
The number of each type of ticket sold in the following situation: Tickets to a football game cost $5 if purchased before the day of the game. They cost $7.50 if purchased at the game. For a particular game, 600 tickets were sold and the total income was $3500.
What is 400 advanced tickets, 200 game-day tickets?
Determine whether the given system is dependent, independent, or inconsistent.
4x - 8y = 4
-2x + 4y = -6
What is inconsistent?
The solution to the system
3x - 2y = 4
2x - y = 1
What is (-2, -5)
The solution to the system of equations
y = (1/4)x + 3
-3x + 2y = -4
What is (4, 4)?
The solution to the system
-4x - 2y =4
-5x + 4y = -21
What is (1, -4)?
Determine whether the given system is dependent, independent, or inconsistent.
4x - y = -10
y = 4x+10
What is dependent?
The solution to the system
3x + 2y =3
2x+y = 1
What is (-1, 3)?
The solution to the system of inequalities:
x +2y > -4
3x + y < 3
What is (Mrs. Scully will provide)?
The solution to the system:
-5x - 7y = -15
3x - 5y = 9
What is (3, 0)
The amount of money each child received when Mr. Vogel left $25,000 divided between his son and daughter, with the daughter receiving $5000 less than the son.
What is $15,000 for the son and $10,000 for the daughter?