With the following experimental data, calculate the average ignition temperature and the theoretical minimum ignition heat flux for the following thermally thick material.
With the following experimental data, calculate the average ignition temperature and the theoretical minimum ignition heat flux for the following thermally thick material.
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With the following experimental data, calculate the average ignition temperature and the theoretical minimum ignition heat flux for the following thermally thick material.
![Heat flux [kW/m²]ignition Temp [C] Ignition Time [s]
16
358.7
1265
18
379.4
850
20
383.2
678
35
389.4
46
25
400.1
90
50
375
14
75
395.9
6.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F91eeaaf6-2481-43e3-a49c-a4b6f37dcd63%2F94558315-14e6-4f88-be8a-13f3437f7a63%2Fc78j38_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Heat flux [kW/m²]ignition Temp [C] Ignition Time [s]
16
358.7
1265
18
379.4
850
20
383.2
678
35
389.4
46
25
400.1
90
50
375
14
75
395.9
6.
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