Logan wants to participate in a cycling competition at the district level. He plans to train for two hours daily by cycling 40 km. The distance, \(s\) km he travels over the time \(t\) minutes represented by the equation \(s=\dfrac13 t\). Determine whether the following distance-time graph represents the given situation.

William drives his car for three hours from Kuala Lumpur to Kuantan. The distance from Kuala Lumpur to Kuantan is 240 km. The distance, \(s\) km he travels over the time \(t\) minutes represented by the equation \(s=80 t\). Determine whether the following distance-time graph represents the given situation.

Pak Hassan walks to the mosque that is 500 meters from his house. He needs 20 minutes to reach there and walks at a constant pace. Determine whether the following distance-time graph represents the given situation.

Suhana participates in a cross country competition in her school. The total distance for the competition is 8 km. The relationship between the distance and the time taken to reach the finishing line is given by the equation \(s=8-\dfrac15 t\)  where \(s\) is the distance in km while \(t\) is the time taken in minutes. Determine whether the following distance-time graph represents the given situation.

The movement of a particle for a certain period of time is represented by the equation \(s = 8t + 5\) where \(s\) is the distance in cm and \(t\) is the time taken in seconds. Determine whether the following distance-time graph represents the movement of the particle in 5 seconds.