Here are descriptions of four situations in which the volume of water in a tank is a function of time. Match each description to a corresponding graph. Each graph is used only once. Drag and drop an answer choice into each empty box below. Graph 1: Graph 1 Graph 2 Graph 3 Graph 4 Situation A: An empty 20-gallon water tank is filled at a constant rate for 3 minutes until it is half full. Then, it is emptied at a constant rate for 3 minutes. Graph 2: Situation B: A full 10-gallon water tank is drained for 30 seconds, until it is half full. Afterwards, it gets refilled. Situation C: A 2,000-gallon water tank starts out empty. It is being filled for 5 hours, slowly at first, and faster later. Situation D: An empty 100-gallon water tank is filled in 50 minutes. Then, a dog jumps in and splashes around for 10 minutes, letting 7 gallons of water out. The tank is refilled afterwards. Graph 3: Graph 4:

College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter5: Exponential And Logarithmic Functions
Section5.2: Applications Of Exponential Functions
Problem 43E
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Here are descriptions of four situations in which the volume of water in a tank is a function of time. Match each description to a corresponding graph.
Each graph is used only once.
Graph 1: of
Drag and drop an answer choice into each empty box below.
Graph 1 Graph 2 Graph 3 Graph 4
Situation A: An empty 20-gallon water tank is filled at a constant rate for 3 minutes until it is half full. Then, it is emptied at a constant rate for 3 minutes.
Graph 2:
Situation B: A full 10-gallon water tank is drained for 30 seconds, until it is half full. Afterwards, it gets refilled.
Situation C: A 2,000-gallon water tank starts out empty. It is being filled for 5 hours, slowly at first, and faster later.
Situation D: An empty 100-gallon water tank is filled in 50 minutes. Then, a dog jumps in and splashes around for 10 minutes, letting 7 gallons of water
out. The tank is refilled afterwards.
Graph 3:
Graph 4:
Transcribed Image Text:Here are descriptions of four situations in which the volume of water in a tank is a function of time. Match each description to a corresponding graph. Each graph is used only once. Graph 1: of Drag and drop an answer choice into each empty box below. Graph 1 Graph 2 Graph 3 Graph 4 Situation A: An empty 20-gallon water tank is filled at a constant rate for 3 minutes until it is half full. Then, it is emptied at a constant rate for 3 minutes. Graph 2: Situation B: A full 10-gallon water tank is drained for 30 seconds, until it is half full. Afterwards, it gets refilled. Situation C: A 2,000-gallon water tank starts out empty. It is being filled for 5 hours, slowly at first, and faster later. Situation D: An empty 100-gallon water tank is filled in 50 minutes. Then, a dog jumps in and splashes around for 10 minutes, letting 7 gallons of water out. The tank is refilled afterwards. Graph 3: Graph 4:
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