Answer:
(a)-True
Explanation:
Chemotrophic or chemosynthetic organisms are those capable of using reduced inorganic compounds as substrates to obtain energy and use it in respiratory metabolism. It is a faculty known as chemosynthesis. These can be chemoautotrophs or chemoheterotrophs. Like photoautotrophs (such as algae and plants), chemoautotrophs use CO2 as the main source of carbon, but unlike them, they do not use light as a source of energy but instead obtain it by oxidation of reduced inorganic compounds, such as NH3 , NO2-, H2, reduced forms of sulfur (H2S, S, S2O3-) or Fe2 +. Its cellular carbon is derived from CO2 and is assimilated through the reactions of the Calvin cycle, analogously to plants.As a result of their distinctive ability to grow in strictly mineral media, in the absence of light, these organisms are often referred to as chemolithotrophs ( lithos, rock) On the contrary, chemoheterotrophic organisms (or simply heterotrophs), such as animals and fungi, oxidize reduced organic molecules, such as glucose (via glycolysis), triglycerides (via beta oxidation) or amino acids ( oxidative deamination route) to obtain metabolic energy (ATP) and reducing power; In addition, they are unable to use CO2 as a carbon source.
The correct answer is option (C) Using more-efficient transportation.
Agriculture in China has been supporting the growing population rate of China. It ranks first in the world farm output producing different types of crops. But transportation of crops from the farm land to the market has been a problem in China and 25% of the fruits and vegetables grown rot before they can be brought to market. The solution to this problem is to improve the transportation efficiency and also the preservation strategies during transportation. Transportation technologies with temperature control and moisture control are required to prevent the crops from rotting before reaching the market.
