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- Year 10
- Edexcel
- Higher
Velocity on displacement-time graphs (v = x ÷ t)
I can sketch accurate displacement-time graphs of different motions
- Year 10
- Edexcel
- Higher
Velocity on displacement-time graphs (v = x ÷ t)
I can sketch accurate displacement-time graphs of different motions
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Lesson details
Key learning points
- The velocity of an object is equal to the gradient of a displacement-time graph.
- A direction in which velocity and displacement are measured needs to be chosen.
- A negative gradient on a displacement-time graph (sloping downwards) represents velocity in the opposite direction.
- A negative value for displacement represents a position ‘behind’ the starting position.
Keywords
Displacement - The displacement of an object is the distance and direction from a specific point. Displacement is a vector.
Displacement-time graph - A displacement-time graph shows the displacement of an object over a period of time.
Motion sensor - A motion sensor measures the distance between itself and an object. We can use the measurements to calculate and plot graphs of displacement, velocity and acceleration.
Common misconception
Negative values on a displacement-time graph always represent motion that is backwards.
Provide opportunities for pupils to plot a range of displacement-time graphs in real time in order for them to understand how the graph represents different motions.
To help you plan your year 10 physics lesson on: Velocity on displacement-time graphs (v = x ÷ t), download all teaching resources for free and adapt to suit your pupils' needs...
To help you plan your year 10 physics lesson on: Velocity on displacement-time graphs (v = x ÷ t), download all teaching resources for free and adapt to suit your pupils' needs.
The starter quiz will activate and check your pupils' prior knowledge, with versions available both with and without answers in PDF format.
We use learning cycles to break down learning into key concepts or ideas linked to the learning outcome. Each learning cycle features explanations with checks for understanding and practice tasks with feedback. All of this is found in our slide decks, ready for you to download and edit. The practice tasks are also available as printable worksheets and some lessons have additional materials with extra material you might need for teaching the lesson.
The assessment exit quiz will test your pupils' understanding of the key learning points.
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Explore more key stage 4 physics lessons from the Measuring and calculating motion unit, dive into the full secondary physics curriculum, or learn more about lesson planning.
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Prior knowledge starter quiz
6 Questions
Q1.Some swimmers compete in a 50m race. Their times are shown.
Starting with the fastest, sort the swimmers in order of their speeds.
Q2.Which of the following are vector quantities?
Q3.A rocket has a velocity of 200 m/s upwards.
What distance will the rocket travel upwards in 30 s?
Q4.A jogger runs for 250 s and they end up 625 m west of their starting point.
Calculate the average velocity of the jogger.
Q5.Two trains are traveling in the same direction. Train A has a speed of 6.5 m/s and train B has a speed of 5.5 m/s. What is the relative speed of the two trains?
Q6.An small airplane travels 45 km north in 30 minutes.
Calculate the average velocity of the airplane in m/s.
Assessment exit quiz
6 Questions
Q1.Match the key word or phrase to the explanation.
a vector which is the distance and direction from a point
a vector that gives speed and direction
shows the displacement of an object over a period of time
measures the distance between an object and itself
Q2.Which feature of a displacement-time graph shows the velocity?
Q3.An ultrasonic motion sensor is used to measure displacement of a ball. Put each step in order to explain how the sensor works.
Q4.Which line on the graph show the highest velocity?
Q5.Select the options which describe the motion between 2 s and 4 s.
Q6.A pupil has plotted a graph to show their movement as they run across the classroom.
Why is this graph unrealistic?
