- The first graph in the top-left cell corresponds to "constant velocity" because it shows a straight line with a positive slope, indicating constant rate of change of position over time.
- The second graph in the top row, middle cell corresponds to "constant acceleration" because it shows a straight line with a positive slope on a velocity-time graph, indicating constant rate of change of velocity.
- The third graph in the top-right cell corresponds to "constant velocity" because it shows a horizontal line on a velocity-time graph, indicating no change in velocity over time.
- The fourth graph in the second row, left cell corresponds to "constant acceleration" because it shows a curved (parabolic) position-time graph opening upwards, which indicates increasing velocity over time.
- The fifth graph in the second row, middle cell corresponds to "constant velocity" because it shows a horizontal line on a velocity-time graph, indicating zero acceleration and constant speed.
- The sixth graph in the second row, right cell corresponds to "constant acceleration" because it shows a straight line with negative slope on a velocity-time graph, indicating constant deceleration.
- The seventh graph in the third row, left cell corresponds to "constant velocity" because it shows a straight line with positive slope on a position-time graph, indicating steady motion.
- The eighth graph in the third row, middle cell corresponds to "constant acceleration" because it shows a curved (parabolic) position-time graph opening downwards, indicating decreasing velocity over time.
- The ninth graph in the third row, right cell corresponds to "constant velocity" because it shows a straight line with negative slope on a position-time graph, indicating steady motion in the negative direction.
- The tenth graph in the bottom row, left cell corresponds to "constant acceleration" because it shows a curved (parabolic) position-time graph opening upwards, indicating increasing velocity over time.
- The eleventh graph in the bottom row, middle cell corresponds to "constant acceleration" because it shows a straight line with positive slope on a velocity-time graph, indicating constant increase in velocity.
- The twelfth graph in the bottom row, right cell corresponds to "constant acceleration" because it shows a curved (parabolic) position-time graph opening upwards, indicating increasing velocity over time.
Parent Tip: Review the logic above to help your child master the concept of motion graph worksheet.
