he Fischer Tropsch synthesis carbon monoxide reacts with hydrogen and high pressure to form
(a) saturated hydro carbon (b) unsaturated hydro carbon
(c) both a and b (d) coordination compound
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he Fischer Tropsch synthesis carbon monoxide reacts with hydrogen and high pressure to form
(a) saturated hydro carbon (b) unsaturated hydro carbon
(c) both a and b (d) coordination compound
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The Fischer Tropsch synthesis carbon monoxide reacts with hydrogen and high pressure to form both saturated and unsaturated hydro carbon.
Explanation:
The Fischer–Tropsch process (FTS) refers to the togetherness of various chemical reactions that changes the mixture of hydrogen and carbon monoxide into liquid hydrocarbons.
This process is said to be highly promising as it is used for developing options for good production of fuels and chemicals from coal and natural gas.
The FTS reacts with hydrogen and high pressure to form a catalyzed reaction under which synthesis gas & hydrogen (H2), gets converted into liquid and solid hydrocarbons.
Hence, it forms both saturated and unsaturated hydro carbon.
Therefore, the correct option is (c).
Know more:
1. Separation of hydrocarbons after fischer tropsch ft synthesis
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2. What is meant by saturated hydrocarbon?
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