Which of the following graphs shows a system of equations with the same end behavior for both functions?
Linear function f of t that decreases from the left in quadrant 3 and passes through the points 0 comma negative 10 and 2 comma negative 13 and 4 comma negative 16 and natural logarithm function g of t that decreases from the left asymptotic to the line x equals 0 passing through the point 1 comma negative 9 and 12 comma negative 14
Linear function f of t that increases from the left in quadrant 3 and passes through the points 0 comma negative 10 and 2 comma negative 7 and 4 comma negative 4 and natural logarithm function g of t that increases from the left asymptotic to the line x equals 0 passing through the point 1 comma negative 9 and 12 comma negative 4
Polynomial function g of t that increases from the left in quadrant 3 and passes through the point negative 1 comma negative 12 to a maximum at the point 0 comma negative 5 and 1 comma negative 10 to a local minimum at the point 2 comma negative 15 and then increases through the point 3 comma negative 8 to the right and linear function f of t that increases from the left in quadrant 3 and passes through the points 0 comma negative 10 and 2 comma negative 7 and 4 comma negative 4
Polynomial function g of t that decreases from the left in quadrant 2 and passes through the point negative 1 comma negative 3 to a minimum at the point 0 comma negative 12 and increases through the point 1 comma negative 9 to a local minimum at the point 2 comma negative 6 and then decreases through the point 3 comma negative 14 to the right and linear function f of t that increases from the left in quadrant 3 and passes through the points 0 comma negative 10 and 2 comma negative 7 and 4 comma negative 4
