The mole percent of methane to water in clathrate compounds that contain methane hydrate is 1:5.75. In these methane clathrate deposits, only 1% w/w is the methane hydrate and rest are minerals and regular ice. Estimate the amount of methane gas that can be produced by heating 3.5 kg sample of clathrate. (А) 1.34 g (В) 27 g (С) 35 g (D) 4.7 g
The mole percent of methane to water in clathrate compounds that contain methane hydrate is 1:5.75. In these methane clathrate deposits, only 1% w/w is the methane hydrate and rest are minerals and regular ice. Estimate the amount of methane gas that can be produced by heating 3.5 kg sample of clathrate. (А) 1.34 g (В) 27 g (С) 35 g (D) 4.7 g
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![The mole percent of methane to water in clathrate compounds that contain methane hydrate is
1:5.75. In these methane clathrate deposits, only 1% w/w is the methane hydrate and rest are
minerals and regular ice. Estimate the amount of methane gas that can be produced by heating 3.5
kg sample of clathrate.
(A) 1.34 g
(В) 27 g
(С) 35 g
(D) 4.7 g](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Facfd6ba7-cc43-44ae-9fcf-c49c69b3110e%2Fc1a85cc3-bc96-4faf-9887-5e5fcd526d2f%2F9ezekkd_processed.png&w=3840&q=75)
Transcribed Image Text:The mole percent of methane to water in clathrate compounds that contain methane hydrate is
1:5.75. In these methane clathrate deposits, only 1% w/w is the methane hydrate and rest are
minerals and regular ice. Estimate the amount of methane gas that can be produced by heating 3.5
kg sample of clathrate.
(A) 1.34 g
(В) 27 g
(С) 35 g
(D) 4.7 g
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