Focuses on the application of power and energy sources to
enhance agricultural practices.
a. Agricultural Power Engineering
b. Agricultural machinery Engineering
c. Agricultural Mechanization
d. All of the above
a. Agricultural Power Engineering
Agricultural Power and Energy Engineering focuses on
applying engineering principles to enhance agricultural
productivity and sustainability by optimizing energy use and
developing efficient power systems
a. Agricultural Power and Energy Engineering
b. Agricultural machinery Engineering
c. Agricultural Mechanization
d. All of the above
A. agricultural Power and Energy Engineering
- Key aspect of agricultural power engineering
a. Designing and optimizing farm equipment which
involves understanding machinery efficiency, energy
sources (human, animal, mechanical, renewable), and
mechanization levels.
b. Developing and managing efficient water systems
for crop production.
c. Exploring and implementing renewable energy
sources like solar, wind, and biomass for on-farm
energy needs, reducing reliance on fossil fuels.
d. Designing farm buildings, storage facilities, and
greenhouses, as well as developing systems for
biogas generation and waste management.
e. Optimizing processes and machinery for handling,
storage, processing, and packaging of agricultural
products.
f. Mitigating the environmental impact of farming
practices through sustainable technologies and waste
management solutions
g. Implementing automation and control systems in
agricultural operations to improve efficiency and
productivity.
h. All of the above
h. All of the above
Coverage of study of power engineering.
a. Design, development, and management of machinery,
equipment, and systems.
b. Addresses issues related to energy efficiency, resource
conservation, and environmental sustainability in agriculture
c. All of the above
c. All of the above
- Specific subjects in agricultural power engineering.
a. Farm machinery and equipment
b. Agricultural power units
c. Fluid mechanics
d. Soil and water conservation engineering
e. Agricultural processing and storage
f. Renewable energy in agriculture
g. Agricultural structures and environmental science
h. Instrumentation and control
i. Agricultural systems engineering
j. All of the above
j. All of the above
- Importance of power in agriculture.
a. Increase productivity
b. Reduce labor cost
c. Timely operation
d. Improved quality
e. Increased income
f. All of the above
f. All of the above
- What are the mobile power in agriculture
a. Human labor
b. Draft animals
c. Tractors
d. Self propelled machinery
e. All of the above
e. All of the above
- Power sources in agriculture
a. Mobile power
b. Stationary power
c. Renewable Energy
d. All of the above
d. All of the above
- What are the stationary power used in agriculture?
a. Oil engine (gasoline, diesel, and kerosene)
b. Electric motors
c. All of the above
c. All of the above
- Power sources in agriculture.
a. Human
b. Animal power
c. Mechanical power
d. Electrical power
e. Renewable energy
f. All of the above
f. All of the above
- The act regulating the practice of agricultural engineering
in the Philippines.
a. Republic Act No. 8559. (New - RA10915)
b. Republic Act No. 9513
c. Republic Act No. 8749
d. None of the above
a. Republic Act No. 8559. (New - RA10915)
- Which of the following can be adopted for efficient
and sustainable power farming operation?
a. Optimizing power usage
b. Apply precision farming
c. Integrate renewable energy
d. All of the above
d. All of the above
- Commonly use energy sources in agriculture.
a. Fossil fuel
b. Electricity
c. Biomass
d. All of the above
d. All of the above
- A facility that produces electrical and/or mechanical
energy and forms of useful thermal energy such as heat and
steam, which are used for heating and cooling purposes.
a. Co-firing system
b. Co-generation system
c. Hybrid generation system
d. None of the above
b. Co-generation system
- A facility for the production of electricity and/or thermal
energy.
a. Renewable energy facility
b. Generation facility
c. Small power facility
d. None of the above
b. Generation facility
- The term referred to any power or energy
generation facility that makes use of two or more
types of technologies utilizing both conventional and
renewable fuel sources.
a. Co-generation system
b. Hybrid system
c. Geothermal system
d. None of the above
b. Hybrid system
- Small generation entities directly supplying
electricity to distribution grid, not exceeding 100 kW
in capacity.
a. Co-generation system
b. Distributed generation system
c. Biomass generation system
d. None of the above
b. Distributed generation system
- Which of the following is a non-renewable fuel?
a. Crude oil
b. Natural gas
c. Coal
d. All of the above
e. None of the above
d. All of the above
- An energy source that is commonly used, like crude
oil and geothermal.
a. Renewable energy
b. Non-renewable energy
c. Conventional energy
d. Non-conventional energy
e. None of the above
c. Conventional energy
- Which of the following comes from crude oil?
a. Gasoline
b. Kerosene
c. Diesel
d. All of the above
d. All of the above
- A device that converts the kinetic energy of steam
into mechanical power.
a. Boiler
b. Steamer
c. Turbine
d. None of the above
c. Turbine
- A device that converts heat into electricity.
a. Solar cell
b. Solar collector
c. Peltier chip
d. None of the above
c. Peltier chip
A mass of molecules that produces power either heat,
mechanical, electrical, chemical or any of their
combination.
a. Wood
b. Gasoline
c. Diesel
d. LPG
e. All of the above
f. None of the above
e. All of the above
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1. Introdution30
-
2. Energy and Power30
-
3. Human Power22
-
4. Draft Animal Power1
-
5. Fuel and Lubricants1
-
6. Internal Combustion Engine1
-
7. Engine Fuel and Fuel System1
-
8. Engine Cooling and Lubricant System1
-
9. Engine Trouble Shooting1
-
11. Tractor Power Transmission24
-
10. Agricultural Tractor1
-
12. Electric Motor1
-
13. AC Generator1
-
14. Steam Boiler and Turbine1
-
15. Gas Turbine1
-
16. Power Transmission1
-
17. Estimating Power Availability1
