5.1 1-st part

What energy transfer is a wind farm designed to carry out?

• electrical energy generation

• mechanical energy conversion

• renewable energy storage

• thermal energy production

• chemical energy extraction

Which methods of renewable energy production involve the extraction or conversion of natural resources?

• solar power

• wind power

• hydpopower

• biomass energy

• geothermal energy

What energy transfer is a hydro-electric power station designed to carry out?

• electrical energy generation

• mechanical energy conversion

• renewable energy storage

• thermal energy production

• chemical energy extraction

Which renewable energy source involves the extraction of energy from flowing water using hydroelectric dams?

• solar power

• wind power

• biomass

• geothermal

• hydroelectric

What is layout plan requirements for location choice?

• cost-effectieness

• aesthetic appeal

• geographical symmetry

• availability of rare minerals

• architectural complexity

How does auxiliary equipment contribute to refinery operations?

• enhancing employee morale

• adding unnecessary complexity

• reducing overall efficiency

• supporting primary processes

• serving as decorative elements

What factors influence the choice of crude oil for processing?

• color and fragrance

• geopolitical stability of the exporting country

• API gravity and sulfur content

• crude oil popularity contests

• price of the oil on the global market

How does effective equipment utilization impact refinery performance?

• increases inefficiencies

• leads to higher maintenance costs

• decreases overall productivity

• enhances operational efficiency

• causes equipment obsolescence

What is a key characteristic of substances classified as fuels?

• fuels must contain combustible elements like Carbon, Hydrogen, or Sulphur.

• they primarily produce light when burnt.

• they contain non-combustible elements such as gold and silver.

• combustion of fuels converts heat energy into sound energy.

• fuels must have a distinctive color for easy identification.

What is the consequence of wasted energy, which is spread out into the surroundings?

• wasted energy is primarily used for useful work.

• the Spread-out, dissipated energy is too diffused to do useful work and cannot be re-used.

• wasted energy can be easily concentrated for reuse.

• wasted energy is always converted into potential energy.

• wasted energy spontaneously transforms into kinetic energy.