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Scientists are preparing two satellites to be launched. The graph below represents the number of miles, yy, that the satellite,...Question
Scientists are preparing two satellites to be launched. The graph below represents the number of miles, yy, that the satellite, Space Explorer A, flies in xx hours.
0
Hours
Miles
x
y
0
Hours
Miles
(5,34000)
(10,68000)
Space Explorer A
The table below represents the number of miles, yy, that the satellite, Space Explorer B, flies in xx hours.
Space Explorer B
Hours left parenthesis x right parenthesisHours (x) Miles left parenthesis y right parenthesisMiles (y)
77 1540015400
16 35200
23 50600
25 55000
How many fewer miles does Space Explorer B travel in one hour than Space Explorer A?
0
Hours
Miles
x
y
0
Hours
Miles
(5,34000)
(10,68000)
Space Explorer A
The table below represents the number of miles, yy, that the satellite, Space Explorer B, flies in xx hours.
Space Explorer B
Hours left parenthesis x right parenthesisHours (x) Miles left parenthesis y right parenthesisMiles (y)
77 1540015400
16 35200
23 50600
25 55000
How many fewer miles does Space Explorer B travel in one hour than Space Explorer A?
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To determine how many fewer miles Space Explorer B travels in one hour compared to Space Explorer A, we need to calculate the speeds (miles per hour) of both satellites.
### Space Explorer A
From the points given on the graph:
- At \(x = 0\) hours, \(y = 0\) miles
- At \(x = 5\) hours, \(y = 34000\) miles
- At \(x = 10\) hours, \(y = 68000\) miles
We can find the speed (miles per hour) of Space Explorer A by seeing how many miles it travels per hour.
Between \(x = 0\) and \(x = 10\):
- Total miles traveled: \(68000 - 0 = 68000\) miles
- Total time: \(10 - 0 = 10\) hours
The speed of Space Explorer A:
\[
\text{Speed of A} = \frac{68000 \text{ miles}}{10 \text{ hours}} = 6800 \text{ miles per hour}
\]
### Space Explorer B
From the table given:
- \(x = 7\) hours, \(y = 15400\) miles
- \(x = 16\) hours, \(y = 35200\) miles
- \(x = 23\) hours, \(y = 50600\) miles
- \(x = 25\) hours, \(y = 55000\) miles
To find the speed for Space Explorer B, we can calculate it between the known time intervals.
Let's take the values from \(x = 16\) to \(x = 25\):
- Total miles traveled: \(55000 - 35200 = 19800\) miles
- Total time: \(25 - 16 = 9\) hours
The speed of Space Explorer B:
\[
\text{Speed of B} = \frac{19800 \text{ miles}}{9 \text{ hours}} \approx 2200 \text{ miles per hour}
\]
### Comparing Speeds
Now, we can compare the speeds:
- Speed of A: \(6800 \text{ miles per hour}\)
- Speed of B: \(2200 \text{ miles per hour}\)
The difference in speed is:
\[
\text{Difference} = 6800 - 2200 = 4600 \text{ miles per hour}
\]
### Conclusion
Space Explorer B travels **4600 fewer miles** in one hour than Space Explorer A.
### Space Explorer A
From the points given on the graph:
- At \(x = 0\) hours, \(y = 0\) miles
- At \(x = 5\) hours, \(y = 34000\) miles
- At \(x = 10\) hours, \(y = 68000\) miles
We can find the speed (miles per hour) of Space Explorer A by seeing how many miles it travels per hour.
Between \(x = 0\) and \(x = 10\):
- Total miles traveled: \(68000 - 0 = 68000\) miles
- Total time: \(10 - 0 = 10\) hours
The speed of Space Explorer A:
\[
\text{Speed of A} = \frac{68000 \text{ miles}}{10 \text{ hours}} = 6800 \text{ miles per hour}
\]
### Space Explorer B
From the table given:
- \(x = 7\) hours, \(y = 15400\) miles
- \(x = 16\) hours, \(y = 35200\) miles
- \(x = 23\) hours, \(y = 50600\) miles
- \(x = 25\) hours, \(y = 55000\) miles
To find the speed for Space Explorer B, we can calculate it between the known time intervals.
Let's take the values from \(x = 16\) to \(x = 25\):
- Total miles traveled: \(55000 - 35200 = 19800\) miles
- Total time: \(25 - 16 = 9\) hours
The speed of Space Explorer B:
\[
\text{Speed of B} = \frac{19800 \text{ miles}}{9 \text{ hours}} \approx 2200 \text{ miles per hour}
\]
### Comparing Speeds
Now, we can compare the speeds:
- Speed of A: \(6800 \text{ miles per hour}\)
- Speed of B: \(2200 \text{ miles per hour}\)
The difference in speed is:
\[
\text{Difference} = 6800 - 2200 = 4600 \text{ miles per hour}
\]
### Conclusion
Space Explorer B travels **4600 fewer miles** in one hour than Space Explorer A.
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