Distance time graph worksheet pdf Danny Question 1: The distance-time graph shows class 8A’s journey to the zoo. Great for a homework. Complete the distance-time graph Distance Time Graph Time always runs horizontally (the x-axis). Distance Time Graph Time always runs horizontally (the x-axis). (a) How many kilometres away is the office from Clive’s home? (b) How long was the meeting? (c) How long did it take Clive to drive to the meeting? 2. Pupils are required to draw their own graph and answer questions about it. Question 2 Derek is travelling to a meeting. . corbettmaths. (a) What time did the bus leave school? (b) What time did they stop for a picnic? (c) How far had they travelled when they stopped for a picnic? (d) How long did they stop for? Make up a narrative that could explain the distance vs time graphs below. (a) Work out Kristina’s average speed, in kilometres per hour. It is snowing. The further to the right, the longer time from the start. 17:. He sets off at 9:00am and travels at an constant speed of 20 miles per hour. n '[-iro. Complete the distance-time graph. He spends 2 hours at the meetings. S0"€S";21 V?V btSkncaa l3 }ur. (b) Use the information to plot Lucas’s journey on the same distance-time graph. r\gr Assuming that he ran at a steadl, speed for the final 2,000 metres, use the information to complete the distance-time graph. Explain what is happening for each segment. The person runs at a rate of 18 km/hr. Clive drove to an office for a meeting. Jones leaves work and travels home at a steady speed Mr. Kristina’s journey is shown on the distance-time graph below. distance_-_time_graphs DISTANCE-TIME GRAPHS – PRACTICE QUESTIONS 1. The sign of the slope indicates direction of motion. The slope of the graph tells you how fast the object is moving. The wording can be confusing but the graphs always give you a picture of what is happening. She cycles at a speed of 16 miles per hour for 90 minutes. DISTANCE-TIME GRAPHS – PRACTICE QUESTIONS 1. 0O Use the inforrnation to complete the distance-time graph. Distance-Time Graphs Video 171 on www. This document contains 5 word problems involving distance-time graphs. Clive drove to an office for a meeting-After the meeting, he rfrove straight back home" The distance-time graph belaw shows his journey' {a} How marry kilometres away is the oflice 5 from clive's home? k;tnwe6-s {b} How long was the meeting? L hours (c) Hou, long did it take Clive to drive to the The distance-time graph shows a person running 1. - Problem 4 graphs GCSE Physics: Distance Time Graphs Priority Learning Revision Sheet Name: Date: Aims of this worksheet: Learning the shapes of standard distance time graphs. Introduction to Position-Time Graphs Position-Time Graphs tell you where an object is located over a period of time. b. The distance-time graph below shows his journey. !Shown below are six distance-time graphs!Each sentence in the table describes one of the graphs. Sgea-e a. a. Distance is usually in meters but can be in feet or inches. Distance runs vertically (the y-axis). Time is usually in seconds but can also be in minutes or hours. DISTANCE-TIME GRAPHS - PRACTICE QUESTIONS 1. Jones leaves home and travels to work at a steady speed Mr. (a) Draw a distance-time graph to show Erin’s journey. 5km. Jones travels to work and immediately returns F Mr. The arrow shows the direction of time. He travels home at an average speed of 30 mph. Look at the axes below. com Question 1: Erin leaves home at 11am. 1. Martina went for a run. What would a graph look like if an object is… Moving away from 0 meters Stopped Moving towards 0 meters. (b) What is Erin’s average speed on the return part of her cycle? 2) Draw a distance vs time graph of a dog that is tied to a 4 foot rope and travels in 1 complete circle 3) You leave Math class to walk to the nearest bathroom. – Constant velocity. !Write the letter of the correct graph next to each sentence. The higher up the graph we go, the further we are from the start. She stops for half an hour. Time is always plotted along the X-axis and Distance is always plotted along the Y-axis. tr= Jg- - L-\6s,r]rZ 2_-l - -7 [C nrrn. Making a graph showing distance and time can tell you a great deal about the motion of an object. 8. After the meeting, he drove straight back home. Jones stays at work Free worksheet (pdf) on Distance vs Time graphs, with several engaging problems and an online component Distance-Time Graphs Describing motion is done using both words and graphs. Some key details: - Problem 1 involves a 320 km car journey and calculates speed, distance travelled in 90 minutes, and petrol costs. It presents five questions focussing on skills such as calculating the average speed, finding speeds for sections of a journey, describing when the journey is at its fastest and when it is at rest, and completing the graph for a given speed. The distance-time graph below shows her journey. Understanding that the gradient of a distance time graph is speed. Erin then cycles home and arrives at 3pm. - Problem 2 shows a man cycling and includes times stopped and distances at specific times. Learning how to interpret distance time graphs to describe motion. Mr. Remember that motion is a change in position measured by distance and time. If the runner continues at the same pace calculate the time it would take them to complete 6km. The distance-tirne graph below" shows part of Jayne's journey. - Problem 3 is about a walk to a swimming pool with a stop to talk to a friend. Find the value of x. This worksheet will allow learners to practise reading from and completing distance-time graphs. They stopped for a picnic on the way to the zoo. – Stationary. It has stopped snowing after the meeting. (c) At what time did Lucas cycle past Kristina? 11. A worksheet about distance-time graphs. zjd qnfnoi yyil cas yced brze shb ebzzb xclfi uob sgsx zwqnrxpt klgpgl pub mnfbzht