Q-3) The boiling temperature of water TB at various alititudes h is given in the following table. Determine a linear equation in the form Tg = mh + b that best fits the data. Use the equation for calculating the boiling temperature at 5000 m. Make a plot of the points and the equation. T(°C) 0 100 600 98.8 1500 95.1 2300 92.2 3000 90 6100 81.2 7900 75.6
Q-3) The boiling temperature of water TB at various alititudes h is given in the following table. Determine a linear equation in the form Tg = mh + b that best fits the data. Use the equation for calculating the boiling temperature at 5000 m. Make a plot of the points and the equation. T(°C) 0 100 600 98.8 1500 95.1 2300 92.2 3000 90 6100 81.2 7900 75.6
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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![Q-3) The boiling temperature of water TB at various alititudes h is given in the following table.
Determine a linear equation in the form Tg = mh + b that best fits the data. Use the equation for
calculating the boiling temperature at 5000 m. Make a plot of the points and the equation.
h (m)
T(°C)
0
100
600
98.8
1500
95.1
2300
92.2
3000
90
6100
81.2
7900
75.6](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b95eb18-a9cc-452c-b643-a4cb2b60b7e4%2F8edbc277-89b0-4630-a3d5-14427a0dac40%2Fr8r1a9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q-3) The boiling temperature of water TB at various alititudes h is given in the following table.
Determine a linear equation in the form Tg = mh + b that best fits the data. Use the equation for
calculating the boiling temperature at 5000 m. Make a plot of the points and the equation.
h (m)
T(°C)
0
100
600
98.8
1500
95.1
2300
92.2
3000
90
6100
81.2
7900
75.6
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