### Velocity-Time Graphs AnalysisThe image displays five velocity versus time graphs representing the motion of a particle. Each graph is labeled from (1) to (5) and shows different velocity behaviors over the same time period.#### Graph Details:1. **Graph (1):** - The velocity is constant and positive over time, indicated by a horizontal line above the time axis.2. **Graph (2):** - The velocity is constant and negative over time, depicted by a horizontal line below the time axis.3. **Graph (3):** - The velocity increases linearly from zero, forming a diagonal line with a positive slope starting from the time axis.4. **Graph (4):** - The velocity decreases linearly from a positive value, shown by a diagonal line with a negative slope starting from above the time axis and intersecting the time axis.5. **Graph (5):** - The velocity is initially constant and positive, then decreases to zero, indicated by a horizontal section followed by a diagonal line with a negative slope ending at the time axis.#### Question:*Which of the graphs of velocity versus time describes the motion of a particle with the largest displacement?*Below are the options for selecting the graph that represents the largest displacement:- ○ 3- ○ 4- ○ 2- ○ 5- ○ 1*Note:* Displacement is determined by the area under the velocity-time graph. The graph with the largest positive area contributes to the largest positive displacement.

Name: ### Velocity-Time Graphs AnalysisThe image displays five velocity ver
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: ### Velocity-Time Graphs AnalysisThe image displays five velocity versus time graphs representing the motion of a particle. Each graph is labeled from (1) to (5) and shows different velocity behaviors over the same time period.#### Graph Details:1.