The number of molecules in 10g of methane is and 10g of glucose is - (a) 3.7 x 1023 (b) 3.3 x 1022 (c) 5.6 x 1022 (d) 5.8 x 1023

By Ritesh|Updated : November 6th, 2022

In 10 g of methane, the number of molecules is 3.76 x 1023 and in 10 g of glucose, the number of molecules is 3.3 x 1022. Steps to Calculate the 10g of glucose is:

Steps 1 - 10g of CH4 (12 + 4 = 16 g/mol)

Mole = 10/16 moles

Molecules of CH4 = 6.022 x 1023

= 3.76 x 1023

Step 2 - 10g of C6H12O6

= (12 x 6) + 12 + (6 x 16)

Number of moles = 180 g/mol

Number of molecules = 10/180 x 6.022 x 1023

= 3.34 x 1022

Uses of Methane

  • Used as fuel in cars, stoves, and water heaters
  • Used in power generation
  • Used as rocket fuel in refined liquid form
  • Used as antifreeze in industry
  • A common component of B. Fertilizer
  • Used to disinfect products
  • Used in gas power plants
  • Used in gas stoves
  • Used to check gas appliances

Uses of Glucose

  • Used to treat hypoglycemia (hypoglycemia)
  • Administered to patients who are very sick and below You can't eat them because they provide carbohydrate calories.
  • Used to treat high levels of potassium in the blood (hyperkalemia).

Summary:

The number of molecules in 10g of methane and 10g of glucose is - (a) 3.7 x 1023 (b) 3.3 x 1022 (c) 5.6 x 1022 (d) 5.8 x 1023

The number of molecules in 10g of methane is 3.76 x 1023 and 10g of glucose is 3.3 x 1022. Methane is the most important greenhouse gas in which approximately 70% of methane emissions are linked to the activities of humans.

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