You are given a formula where pressure (P) is related to temperature (T), P=15*T with pressure in units of J/m3 and temperature in Kelvin. Use Excel to first list a range of temperatures between 0-50 Celsius in 5 degree increments. (input into a worksheet T(C) in B1, 0 in B2, 5 in B3, 10 in B4, etc. until 50 in B12). Then convert those temperatures to Kelvin in the next column (C1 should be T(K), C2 to C12 should be the temperature range in Kelvin). Temperature (in Kelvin) = Temperature (in Celsius) + 273.15. The next column (D) should then be labeled in P( J/m3 ) in D1, followed by the pressure value for each relative temperature (the pressure value in D5 should be the pressure at the temperature of C5). Based on the formula of P = 15*T with pressure in units of J/m3 and temperature in Kelvin, what is the value of pressure found in D7?
You are given a formula where pressure (P) is related to temperature (T), P=15*T with pressure in units of J/m3 and temperature in Kelvin. Use Excel to first list a range of temperatures between 0-50 Celsius in 5 degree increments. (input into a worksheet T(C) in B1, 0 in B2, 5 in B3, 10 in B4, etc. until 50 in B12). Then convert those temperatures to Kelvin in the next column (C1 should be T(K), C2 to C12 should be the temperature range in Kelvin). Temperature (in Kelvin) = Temperature (in Celsius) + 273.15. The next column (D) should then be labeled in P( J/m3 ) in D1, followed by the pressure value for each relative temperature (the pressure value in D5 should be the pressure at the temperature of C5). Based on the formula of P = 15*T with pressure in units of J/m3 and temperature in Kelvin, what is the value of pressure found in D7?
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