Exploitation of Natural and Energy Resources

UGC NET, SET > UGC NET SET - Paper 1

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  • A Natural gas
  • B Coal
  • C Oil
  • D All of these
  • A Decaying trees release carbon dioxide.
  • B Living trees remove carbon dioxide from the atmosphere via photo synthesis.
  • C Burning wood releases carbon dioxide into the atmosphere.
  • D All the above
  • A It needs continuous solar radiation.
  • B Solar power plants need a lot of space.
  • C It is still very expensive.
  • D All the above
  • A Red soil
  • B Black soil
  • C Sandy soil
  • D Mountain soil
  • A Forests and plants
  • B Kerosene oil
  • C Crude oil
  • D Underground mines
  • A River valley projects
  • B Industries
  • C Means of transportation
  • D Agriculture
  • A The outermost layer of earth’s atmosphere.
  • B The visible surface of the sun from where the radiation emanates.
  • C The outer space.
  • D None of the above
  • A Nuclear fission
  • B Chemical reaction
  • C Nuclear fusion
  • D Photoelectric effect
  • A Plants
  • B Animals
  • C Bacteria
  • D Sun
  • A Cadmium
  • B Radium
  • C Uranium
  • D Thorium
  • A Fuel efficiency
  • B Amount of heat
  • C Amount of light
  • D None of the above
  • A Cadmium
  • B Radium
  • C Uranium
  • D Thorium
  • A The core of the earth.
  • B The commercial nuclear reactor.
  • C The atmosphere of the sun.
  • D The eruption of a volcano.
  • A Solar
  • B Coal
  • C Wave
  • D Wind
  • A Petrol
  • B Diesel
  • C Coal
  • D Natural gas
  • A Chemical energy
  • B Mechanical energy
  • C Kinetic energy
  • D Nuclear energy
  • A Soil erosion
  • B Land slide
  • C Loss of biodiversity
  • D All the above
  • A Chemical reactions
  • B Nuclear reactions
  • C Ionic reactions
  • D None of the above
  • A 50–70% of methane
  • B 30–40% carbon dioxide
  • C Hydrogen and hydrogen sulphide
  • D All the above
  • A Wood
  • B Sun
  • C Coal
  • D Petroleum
  • A Air
  • B Water
  • C Solar energy
  • D Natural gas
  • A Coal
  • B Wind energy
  • C solar energy
  • D Natural gas
  • A Larger desalination plants.
  • B Adoption of conservation measures.
  • C Drilling more tube wells.
  • D By sewerage treatment plants.
  • A High temperature
  • B Strong wind action
  • C Heavy rainfall
  • D Glaciation
  • A Equatorial region
  • B Temperate region
  • C Monsoon region
  • D Mediterranean region
  • A Wasteland
  • B Watershed
  • C Wetland
  • D None of the above
  • A Wular
  • B Sukhna Lake
  • C Dal Lake
  • D Loktak Lake
  • A India
  • B USA
  • C Australia
  • D None of these
  • A -4°C
  • B 0°C
  • C 4°C
  • D -2.5°C
  • A Solar
  • B Wind
  • C Geothermal
  • D Ocean Thermal Energy Conversion (OTEC)
  • A Nearby water bodies
  • B Melting
  • C Rainfall only
  • D Sea only
  • A Black cotton soil
  • B Laterite soil
  • C Desert soil
  • D Alluvial soil
  • A Denmark
  • B Germany
  • C India
  • D USA
  • A Food grains
  • B Leguminous plants
  • C Fibre crops
  • D None of the above
  • A Alluvial
  • B Red soil
  • C Cotton soil
  • D Sandy soil
  • A Pure water
  • B Portable water
  • C Potable water
  • D Pungent water
  • A Produced with the help of dams.
  • B Renewable energy source.
  • C Not contributing to global warming.
  • D All the above
  • A Marsh lands
  • B Bogs
  • C Fish ponds
  • D Estuaries
  • A Compressed Natural Gasoline
  • B Compressed Natural Gas
  • C Compressed Nitrogen Gas
  • D Calibrated Natural Gas
  • A Anticlines and fault traps
  • B Sedimentary rocks
  • C Igneous rocks
  • D None of the above
  • A Erosion of top soil by annual floods.
  • B Inundation of land by sea water.
  • C Traditional agriculture practices.
  • D The derivation of alluvial soil from red soil hinterland.
  • A Andhra Pradesh
  • B Karnataka
  • C Kerala
  • D Madhya Pradesh
  • A Soil fertility
  • B Soil salinity
  • C Soil acidity
  • D All of these
  • A They are formed as a result of leaching.
  • B They are rich in minerals such as aluminium and iron.
  • C They are found in hot and wet tropical areas.
  • D All the above
  • A Carbon dioxide
  • B Sulphur dioxide
  • C Hydrogen peroxide
  • D Carbon monoxide
  • A Automobiles
  • B Industry
  • C Dying industry
  • D Domestic sector
  • A Calotropis
  • B Catharanthus
  • C Jatropha
  • D Delonix
  • A Wood
  • B Gobar gas
  • C Nuclear energy
  • D Biogas
  • A Follows Einstein’s principle of conversion of mass into energy.
  • B Is not ultimately derived from sun’s energy.
  • C Both (a) and (b)
  • D None of the above
  • A Law of conservation of energy.
  • B The conversion of potential energy into kinetic energy.
  • C The conversion of mechanical energy into electrical energy.
  • D All the above
  • A Wood
  • B Coal
  • C Petroleum
  • D Natural gas
  • A Coal bed methane
  • B Cheap bed methane
  • C Commercial bed methane
  • D None of the above
  • A Renewable resource
  • B Non-renewable resource
  • C Endangered resource
  • D None of the above
  • A Igneous rocks
  • B Sedimentary rocks
  • C Metamorphic rocks
  • D None of the above
  • A Coal bed methane
  • B Conventional gas production
  • C Shale gas exploitation
  • D Hydroelectric power
  • A Uranium
  • B Petroleum
  • C Coal
  • D Biomass
  • A Platinum
  • B Carbon
  • C Silicon
  • D Silver
  • A Gold
  • B Copper
  • C Silver
  • D Nickel
  • A Natural gas
  • B Petroleum
  • C Ground water
  • D Coal
  • A Oxides of sulphur
  • B Oxides of carbon
  • C Oxides of nitrogen
  • D All of the above
  • A Gobar gas
  • B Coal
  • C Wood
  • D Nuclear energy
  • A Pyrolysis
  • B Landfill
  • C Dumping
  • D None of the above
  • A Tidal energy
  • B Wave energy
  • C Wind energy
  • D OTEC power plant
  • A Heat energy into electrical energy.
  • B Solar energy into electrical energy.
  • C Heat energy into light energy.
  • D Solar energy into light energy.
  • A Butane
  • B Methane
  • C Ethane
  • D Hydrogen
  • A Infrared
  • B Ultraviolet
  • C Gamma rays
  • D None of the above
  • A Solar energy
  • B Natural gas
  • C Wind energy
  • D Ocean tidal energy
  • A Methane
  • B Butane
  • C Ethane
  • D Propane
  • A Methane
  • B Butane
  • C Hydrogen
  • D Propane
  • A Fossil fuel
  • B Inorganic fuel
  • C Biogas
  • D None of the above
  • A Visible
  • B Infrared
  • C Ultraviolet
  • D Radio waves
  • A Biomass
  • B Fossil fuels
  • C Nuclear energy
  • D Geothermal energy