Object B: Time [seconds] 2 position [cm] 8 > Look at the distance covered in each time interval for this object. Is it the same? + 0 0.0 Time interval Average velocity [cm/s] V₁ = 0 to 1s > Draw an appropriate trendline on the graph for object B. Hint: Is the trend in the data best represented by a straight line? What kind of line is best? > Using the data for object B calculate the velocity of the object during each time interval: V = (x₂-x₁) / 1 second 1 2 2 1s to 2s V₂ = 3 18 2s to 3s V3 = 4 32 3s to 4s V4= ➤What is happening to the velocity over time? Do you know what we call this? 4s to 5s V₁ = ➤What do you think Object B's speed might be at 6 seconds? Look at the velocity data you calculated and see if you can see a pattern 5 50 0
Object B: Time [seconds] 2 position [cm] 8 > Look at the distance covered in each time interval for this object. Is it the same? + 0 0.0 Time interval Average velocity [cm/s] V₁ = 0 to 1s > Draw an appropriate trendline on the graph for object B. Hint: Is the trend in the data best represented by a straight line? What kind of line is best? > Using the data for object B calculate the velocity of the object during each time interval: V = (x₂-x₁) / 1 second 1 2 2 1s to 2s V₂ = 3 18 2s to 3s V3 = 4 32 3s to 4s V4= ➤What is happening to the velocity over time? Do you know what we call this? 4s to 5s V₁ = ➤What do you think Object B's speed might be at 6 seconds? Look at the velocity data you calculated and see if you can see a pattern 5 50 0
Related questions
Question
![Object B:
Time [seconds]
2
position [cm]
8
> Look at the distance covered in each time interval for this object. Is it the same?
+
0
0.0
Time interval
Average velocity [cm/s]
0 to 1s
V₁ =
> Draw an appropriate trendline on the graph for object B. Hint: Is the trend in the data best
represented by a straight line? What kind of line is best?
1
> Using the data for object B calculate the velocity of the object during each time interval:
V= (x₂-x₁) / 1 second
2
2
1s to 2s
V₂ =
3
18
2s to 3s
V3 =
4
32
3s to 4s
V4=
➤What is happening to the velocity over time? Do you know what we call this?
4s to 5s
V₁ =
➤What do you think Object B's speed might be at 6 seconds? Look at the velocity data you
calculated and see if you can see a pattern
5
50](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F92ab3c20-a3cd-4c1e-8775-52ac5ed4d4cf%2F90a3b730-9b62-4ee0-b8e0-5a8e75ec4675%2F5gnf41_processed.png&w=3840&q=75)
Transcribed Image Text:Object B:
Time [seconds]
2
position [cm]
8
> Look at the distance covered in each time interval for this object. Is it the same?
+
0
0.0
Time interval
Average velocity [cm/s]
0 to 1s
V₁ =
> Draw an appropriate trendline on the graph for object B. Hint: Is the trend in the data best
represented by a straight line? What kind of line is best?
1
> Using the data for object B calculate the velocity of the object during each time interval:
V= (x₂-x₁) / 1 second
2
2
1s to 2s
V₂ =
3
18
2s to 3s
V3 =
4
32
3s to 4s
V4=
➤What is happening to the velocity over time? Do you know what we call this?
4s to 5s
V₁ =
➤What do you think Object B's speed might be at 6 seconds? Look at the velocity data you
calculated and see if you can see a pattern
5
50
Expert Solution
Introduction:
Disclaimer: “Since you have asked posted a question with multiple sub-parts, we will solve the first three sub-parts for you. To get remaining sub-part solved please repost the complete question and mention the sub parts to be solved.”
We are given position vs time graph. We find velocity during each time interval. We then plot the graph for these positions.
We know when equal displacement is there in equal span of time, the motion is uniform motion. Otherwise it is non uniform motion.
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