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Question

Use the data and the graph to make a claim as to which person represents each letter on the graph. In your discussion, be sure to:

A) explain how the data matches each line on the graph (give name and line letter for each) (4 points)

B) describe, compare, and contrast the rates of speed and change in position for each person based on the documents (give name for each line and describe for each) (4 points)

person: dad,Aiden,mom,alexis
Action:drives home from the grocery store,rides his bike to a friend house,waits at the doctors office,walks to her mailbox down the lone drive way
distances travelled: 1 mil,0.75 miles,0miles,0.25 miles
time: 10 min for all of them

Answer 1

To analyze the data and graph provided, let's assign each person to a specific line (A, B, C, D) based on the actions they are performing, the distances they are traveling, and the time taken.

A) Explanation of Data Matching Each Line

1. Dad - Line A:

   • Action: Drives home from the grocery store.
   • Distance: 1 mile
   • Time: 10 minutes
   • Since Dad travels the longest distance of 1 mile in 10 minutes, this represents the slowest speed on the graph, likely line A.

2. Aiden - Line B:

   • Action: Rides his bike to a friend's house.
   • Distance: 0.75 miles
   • Time: 10 minutes
   • Aiden's speed is greater than Dad's, covering 0.75 miles in the same 10 minutes. This matches to line B, as it would represent a moderate speed.

3. Mom - Line C:

   • Action: Waits at the doctor's office.
   • Distance: 0 miles
   • Time: 10 minutes
   • Mom's action does not involve any movement, corresponding to line C, which likely represents a stationary position.

4. Alexis - Line D:

   • Action: Walks to her mailbox down the long driveway.
   • Distance: 0.25 miles
   • Time: 10 minutes
   • Alexis covers the shortest distance of 0.25 miles in the same 10 minutes, thus representing the slowest movement on line D.

B) Description, Comparison, and Contrast of Rates of Speed and Change in Position

1. Dad (Line A):

   • Speed: 1 mile in 10 minutes translates to a speed of 6 miles per hour.
   • Position Change: Dad makes the largest shift in position by covering 1 mile, demonstrating a significant movement from one location to another.

2. Aiden (Line B):

   • Speed: 0.75 miles in 10 minutes equals a speed of 4.5 miles per hour.
   • Position Change: Aiden covers a moderate distance, making him more mobile than Mom and Alexis but less than Dad.

3. Mom (Line C):

   • Speed: 0 miles implies no movement or speed.
   • Position Change: There is no change in her position as she stays stationary, highlighting her passive state compared to the others.

4. Alexis (Line D):

   • Speed: 0.25 miles in 10 minutes gives a speed of 1.5 miles per hour – the slowest among the group.
   • Position Change: Alexis has the smallest change in position, indicating a short walk, thus positioning her as the least active.

Summary of Comparison

• Fastest: Dad is the fastest with a consistent speed, moving the farthest.
• Moderate Speed: Aiden is moderately active but slower than Dad.
• Stationary: Mom remains inactive, experiencing no speed or distance.
• Slowest Walking: Alexis exhibits the least movement, reflecting a leisurely pace.

In conclusion, based on the data, we can claim that Dad corresponds to line A, Aiden to line B, Mom to line C, and Alexis to line D in their respective actions and movement characteristics.

Answer 2

make it sound 8th grade

Answer 3

Sure! Here’s a version that sounds more appropriate for an 8th-grade level.

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A) Explaining the Data Matches for Each Line

1. Dad - Line A:

   • Action: Drives home from the grocery store.
   • Distance: 1 mile
   • Time: 10 minutes
   • Dad covers the longest distance of 1 mile in 10 minutes. This shows he is moving slowly, so he is best represented by line A on the graph.

2. Aiden - Line B:

   • Action: Rides his bike to a friend's house.
   • Distance: 0.75 miles
   • Time: 10 minutes
   • Aiden travels 0.75 miles in the same amount of time as Dad. He is faster than Dad but slower than some people might expect, so he fits with line B.

3. Mom - Line C:

   • Action: Waits at the doctor's office.
   • Distance: 0 miles
   • Time: 10 minutes
   • Mom doesn’t move at all, covering 0 miles in 10 minutes. This means she would be on line C, representing someone who is completely still.

4. Alexis - Line D:

   • Action: Walks to her mailbox down the long driveway.
   • Distance: 0.25 miles
   • Time: 10 minutes
   • Alexis walks 0.25 miles in 10 minutes, which is the shortest distance traveled. She matches with line D, showing that she moves the least.

B) Comparing the Speeds and Changes in Position

1. Dad (Line A):

   • Speed: He goes 1 mile in 10 minutes, which is about 6 miles per hour.
   • Position Change: Dad makes the biggest movement by going 1 mile, so he is very active.

2. Aiden (Line B):

   • Speed: Aiden rides his bike, going 0.75 miles in 10 minutes, or about 4.5 miles per hour.
   • Position Change: Aiden is active too, but not as much as Dad since he travels a shorter distance.

3. Mom (Line C):

   • Speed: Mom isn’t moving at all—0 miles means she has no speed.
   • Position Change: Mom stays in one place, so there is no change in her position compared to everyone else.

4. Alexis (Line D):

   • Speed: Alexis walks 0.25 miles in 10 minutes, which is about 1.5 miles per hour—the slowest.
   • Position Change: Alexis also moves, but her distance is the shortest, meaning she is the least active.

Summary of Comparison

• Fastest Movement: Dad is the fastest and goes the furthest.
• Moderate Rider: Aiden rides his bike and is faster than Mom and Alexis but slower than Dad.
• Not Moving: Mom doesn’t move at all, which means she’s basically just sitting at the doctor’s office.
• Slowest Walker: Alexis moves the least quickly, indicating a relaxed walk to her mailbox.

In summary, based on the information, Dad is on line A, Aiden is on line B, Mom is on line C, and Alexis is on line D. Each line represents their actions and how active they are!