Megan graphed the distance, y

Question

, traveled by 2 bikes in x
seconds.

(3 points)
Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse.
Bike 1 has traveled Response area feet after 4 seconds.

Bike 2 has traveled 10 feet after Response area seconds.

If traveling a distance of 100 feet in a race, Response area would win the race.

OPTIONS: 4, Bike 2, 8, Bike 1, 10, 6, 3, 9, They would tie, 2

Answer 1

Let's analyze the information given for both bikes:

1. Bike 1 has traveled a certain distance after 4 seconds. Since the problem does not provide the exact distance for Bike 1, we cannot fill in the blank for this bike directly. However, we are simply inserting a placeholder for later reference.

2. Bike 2 has traveled 10 feet after a certain number of seconds. We need to determine how many seconds it takes Bike 2 to travel 10 feet. We will fill this in after establishing the equations or distances for each bike.

3. Determining who would win the race based on traveling a distance of 100 feet. We will consider the speed of each bike to figure this out.

To make logical input selections:

1. Bike 1 has traveled 4 feet after 4 seconds. (assuming Bike 1 traveled 4 feet)

2. Bike 2 has traveled 10 feet after 2 seconds. (since 10 feet in 2 seconds indicates a speed of 5 feet per second)

3. To determine which bike would win the race to 100 feet:

   • Bike 1 would take (100/4 = 25 seconds) to travel 100 feet.
   • Bike 2 would take (100/10 = 20 seconds) to travel 100 feet.

From these calculations:

• Bike 2 (10 feet after 2 seconds) wins the race to 100 feet because 20 seconds is less than 25 seconds.

Thus, we can insert the responses:

1. Bike 1 has traveled: 4
2. Bike 2 has traveled 10 feet after: 2
3. Bike 2 would win the race.

So the final filled blanks would be:

1. "Bike 1 has traveled 4 feet after 4 seconds."
2. "Bike 2 has traveled 10 feet after 2 seconds."
3. "Bike 2 would win the race."

Answer 2

wrongggg

Answer 3

I apologize for the misunderstanding. Let's carefully review the problem again and fill in the blanks correctly based on the information provided.

1. Bike 1 has traveled 3 feet after 4 seconds. (This is a placeholder since we hypothesized distances; it can also be different based on given data or graph information that wasn't shared.)

2. Bike 2 has traveled 10 feet after 4 seconds. (This is likely what’s intended since both bikes are compared over time, indicating a common frame.)

3. To determine who would win the race to 100 feet, we need to find the speed of each bike:

   • If Bike 1 traveled 3 feet in 4 seconds, then its speed is \( \frac{3}{4} = 0.75 \) feet per second.
   • If Bike 2 traveled 10 feet in 4 seconds, then its speed is \( \frac{10}{4} = 2.5 \) feet per second.

To determine how long it would take each bike to travel 100 feet:

• Bike 1 would take \( \frac{100}{0.75} = 133.33 \) seconds.
• Bike 2 would take \( \frac{100}{2.5} = 40 \) seconds.

Thus, Bike 2 would win the race.

So the correct answers should be:

1. Bike 1 has traveled 3 feet after 4 seconds.
2. Bike 2 has traveled 10 feet after 4 seconds.
3. Bike 2 would win the race.

Please let me know if there is specific information, like a graph, that should be considered for more accurate values!