Draw a fully labelled graph of stopping distance on the indpending y,axis vs speed on the independent x,axis.plot the points and sketch your graph use the graph paper.speed 32km,48km,64km,80,km,96km,112km,stopping distance 12m,23m,36m,53m,74m,96m
To draw a fully labeled graph of stopping distance on the y-axis vs speed on the x-axis, follow these steps:
1. Start by drawing a set of perpendicular axes. Label the vertical axis as "Stopping Distance (m)" and the horizontal axis as "Speed (km/h)."
2. Determine the scale for each axis based on the given data. Since the speeds range from 32 km/h to 112 km/h, and the stopping distances range from 12m to 96m, you can set a convenient scale that allows you to plot all the given points. For example, you could increment the speed by 16 km/h and the stopping distance by 10m.
3. Begin by plotting the given points on the graph paper. Locate the first point (32 km/h, 12m) on the graph. Count from the origin of the graph horizontally until you reach 32 km/h, then count vertically until you reach 12m. Mark that point.
4. Repeat this process for the remaining points: (48 km/h, 23m), (64 km/h, 36m), (80 km/h, 53m), (96 km/h, 74m), and (112 km/h, 96m). Each point should be plotted according to its corresponding speed and stopping distance.
5. Once all the points are plotted, connect them using a smooth curve. This curve will represent the relationship between the speed and stopping distance.
6. At the end of each axis, label the scales. On the x-axis, label the speed increments at regular intervals (32 km/h, 48 km/h, 64 km/h, etc.). On the y-axis, label the stopping distance increments (12m, 22m, 32m, etc.).
7. Finally, give a title to your graph such as "Stopping Distance vs Speed."
By following these steps, you should be able to create a fully labeled graph of the stopping distance on the y-axis versus speed on the x-axis.
To draw a fully labeled graph of stopping distance on the y-axis vs. speed on the x-axis, follow these steps:
1. Prepare a graph paper with appropriate scales for the x and y-axes.
2. Label the x-axis as "Speed (km/h)" and the y-axis as "Stopping Distance (m)"
3. Determine the range and intervals for each axis. Based on the given data, you can use the following values:
- For the x-axis (Speed): Range from 0 to 120 km/h with intervals of 16 km/h
- For the y-axis (Stopping Distance): Range from 0 to 120 meters with intervals of 20 meters
4. Plot the points on the graph using the given data:
- Speed (x-axis): 32 km/h, 48 km/h, 64 km/h, 80 km/h, 96 km/h, 112 km/h
- Stopping Distance (y-axis): 12 m, 23 m, 36 m, 53 m, 74 m, 96 m
- For each point, locate the value on the x-axis and then locate the corresponding value on the y-axis. Mark the point with a dot on the graph.
5. Connect the points with a line to form a smooth curve. You may use a ruler or visually estimate the curve.
6. Finally, add a title to the graph, such as "Stopping Distance vs. Speed". Include units on each axis, a legend if needed, and any additional relevant information.
Here's a visual representation of the instructions above:
```
Stopping Distance (m)
│
120 ┼────────────────────────────
│
100 ┼ ●
│
80 ┼
│ ●
60 ┼ ●
│
40 ┼ ●
│
20 ┼ ●
│
0 ┼─────●────●────●────●────●── Speed (km/h)
0 20 40 60 80 100
```
Note: The graph might not be perfectly to scale due to limitations in text formatting. However, you can use the given information to draw an accurate graph on graph paper.