ABE TUTORIALS

An air-conditioned theater is to be maintained at 26.7 °C dry bulb temperature and 50% relative humi

In a space, the sensible heat load is 13.5 kW and the latent heat load is 3.4 kW. The space is to be

An auditorium is to be maintained at a temperature of 25 °C dry bulb temperature and 19 °C wet bulb

Air at 33 °C dry bulb and 19 °C wet bulb temperatures are cooled and humidified by passing it throug

A 28 m3 per minute of air from 35 °C dry bulb and 26 °C wet bulb temperatures to cool at 21 °C and

A 28 m3/min of air at 24 °C and 40 percent relative humidity is to raise it to 35 °C dry bulb and

The air-handling unit of an air-conditioning plant supplies a total load of 4500 cm of dry Air which

Air at 24 °C dry bulb and 15 °C wet bulb temperatures enters a dehumidifier and leaves at 41 °C dry

Determine the quantity of heat removed from 14 m3/min of air when cooled from 37 °C dry bulb and 21

A 14 m3/min. of air at 20 °C and 80 percent relative humidity is to raise its temperature to 35

A 30 m3/min of stream moist air at 15 °C DBT and 13 °C WBT are mixed with 12 m3/min of a second str

Compute the humidity ratio of air at 65 percent relative humidity and 34 °C when the barometric pres

STATICS OF RIGID BODIES : NORMAL AND TANGENTIAL COMPONENT OF FORCE:X & Y COMPONENT OF FORCE | PART 2

A diesel tractor has a three cylinder, four stroke cycle engine. The cylinder bore is 89 mm, stroke

HOW TO SOLVE FOR KINEMATIC VISCOSITY AND ABSOLUTE VISCOSITY| PROPERTIES OF FLUIDS | FLUID MECHANICS

BASIC COMPONENTS OF AN ENGINE : DIFFERENT PARTS OF AN ENGINE : FARM MACHINERY AND MECHANIZATION

SAMPLE PROBLEMS ON HOW TO SOLVE FOR THEORETICAL FIELD CAPACITY

BE INSPIRED TO ENGR. JOHN CARLO L. NAVASERO | TOP 1 DURING THE 2018 ABE BOARD EXAM

A fluid having v=3x10-5 m2/s flows in a 850 m long pipe having a diameter of 25 mm. Determine the he

IRRIGATION AND DRAINAGE ENGINEERING | TEST YOUR KNOWLEDGE | OBJECTIVE TYPE QUESTIONS | PART 1

The critical depth in a triangular open channel with a side slope z=2 for a discharge of 2.0 m3/s is

Find the enthalpy of saturated steam at 50 °C, 100 /HOW TO SOLVE FOR THE ENTHALPY OF SATURATED STEAM