Question

Position as a Function of Time 2. A remote control toy travels in a north-south motion (north + and south -). Use the graph above to answer the following questions about the car's motion. (assume two significant digits) a) Distance travelled in 40.0s. (2 marks) b) Displacement travelled in 40.0s. (2 marks) c) Velocity at 22.0s. (3 marks) d) Average velocity for the entire trip. (3 marks) e) Is this toy undergoing uniform motion or uniformly accelerated motion? Explain your answer. (3 marks)

          Position as a Function of Time
2. A remote control toy travels in a north-south motion (north + and south -). Use the graph above to answer the following questions about the car's motion. (assume two significant digits)
a) Distance travelled in 40.0s. (2 marks)
b) Displacement travelled in 40.0s. (2 marks)
c) Velocity at 22.0s. (3 marks)
d) Average velocity for the entire trip. (3 marks)
e) Is this toy undergoing uniform motion or uniformly accelerated motion? Explain your answer. (3 marks)

Position as a Function of Time
2. A remote control toy travels in a north-south motion (north + and south -). Use the graph above to answer the following questions about the car's motion. (assume two significant digits)
a) Distance travelled in 40.0s. (2 marks)
b) Displacement travelled in 40.0s. (2 marks)
c) Velocity at 22.0s. (3 marks)
d) Average velocity for the entire trip. (3 marks)
e) Is this toy undergoing uniform motion or uniformly accelerated motion? Explain your answer. (3 marks)

Added by Jayden S.

Question

Please give Ace some feedback