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AIR WITH PIPE AT A RATE EMERGES WITH 15 90cm. A DENSITY of 1.23kg m IT A DENSITY OF 1.1kg OF 5m³g-¹. VouT= ms -3 5) THE MASS FLOWRATE OF TH kg sal 9ml = USING TT AS 3.142 AND 2 DECIMAL PLACES. ms 15 -1 THROUGH THEN PASSES m-3. THE AIR PUMPED IN10 <) THE VELOCITY OF THE AIR UPON LEAVING AT 4) THE VELOCITY OF THE AIR WHEN 17 ENTERS THE PIPE VIN: THE POINT/ The A 40 CM DIAMETER A HEATER HEATER AND THE PIPE DIAMETER

AIR WITH PIPE AT A RATE EMERGES WITH 15 90cm. A DENSITY of 1.23kg m IT A DENSITY OF 1.1kg OF 5m³g-¹. VouT= ms -3 5) THE MASS FLOWRATE OF TH kg sal 9ml = USING TT AS 3.142 AND 2 DECIMAL PLACES. ms 15 -1 THROUGH THEN PASSES m-3. THE AIR PUMPED IN10 <) THE VELOCITY OF THE AIR UPON LEAVING AT 4) THE VELOCITY OF THE AIR WHEN 17 ENTERS THE PIPE VIN: THE POINT/ The A 40 CM DIAMETER A HEATER HEATER AND THE PIPE DIAMETER

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AIR WITH A DENSITY OF 1.23kg m-3 PIPE AT A RATE OF 5m ²³ S-¹ IT 15 EMERGES WITH A DENSITY OF 1.1kg is 90cm. > ms PUMPED IN10 THROUGH THEN PASSES m-3. THE POINT/ USING TT AS 3.142 AND 2 DECIMAL PLACES. VOUT = b) THE MASS FLOWRATE OF THE AIR qml kg sal AT વ) THE VELOCITY OF THE AIR WHEN 17 ENTERS THE PIPE VIN: c) THE VELOCITY OF THE AIR UPON LEAVING The HEATER A 40 CM DIAMETER A HEATER THE PIPE DIAMETER
Transcribed Image Text:AIR WITH A DENSITY OF 1.23kg m-3 PIPE AT A RATE OF 5m ²³ S-¹ IT 15 EMERGES WITH A DENSITY OF 1.1kg is 90cm. > ms PUMPED IN10 THROUGH THEN PASSES m-3. THE POINT/ USING TT AS 3.142 AND 2 DECIMAL PLACES. VOUT = b) THE MASS FLOWRATE OF THE AIR qml kg sal AT વ) THE VELOCITY OF THE AIR WHEN 17 ENTERS THE PIPE VIN: c) THE VELOCITY OF THE AIR UPON LEAVING The HEATER A 40 CM DIAMETER A HEATER THE PIPE DIAMETER
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