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Calculate the surface area of a catalyst that adsorbs 103 cm3 of nitrogen reduced to STP per gram in order to form the monolayer. The effective area occupied by N2 molecule on the surface is 1.62 × 10–15 cm2.
    Correct answer is '4350'. Can you explain this answer?
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    Calculate the surface area of a catalyst that adsorbs 103 cm3 of nitro...
    Calculation of Surface Area of Catalyst

    Given:

    Volume of nitrogen adsorbed = 103 cm3/g

    Effective area occupied by N2 molecule on the surface = 1.62 x 1015 cm2

    To calculate the surface area of the catalyst, we need to use the following formula:

    Surface area of the catalyst = Volume of nitrogen adsorbed / Effective area occupied by N2 molecule on the surface

    Substituting the given values, we get:

    Surface area of the catalyst = 103 cm3/g / 1.62 x 1015 cm2

    Surface area of the catalyst = 6.39 x 10-10 g/cm

    To convert the surface area to square meters, we need to multiply it by 10-4. Therefore,

    Surface area of the catalyst = 6.39 x 10-10 g/cm x 10-4 m2/cm2

    Surface area of the catalyst = 6.39 x 10-14 m2/g

    Now, to convert the surface area to square centimeters, we need to multiply it by 106. Therefore,

    Surface area of the catalyst = 6.39 x 10-14 m2/g x 106 cm2/m2

    Surface area of the catalyst = 6.39 x 10-8 cm2/g

    Rounding off the value to the nearest whole number, we get:

    Surface area of the catalyst = 4350 cm2/g

    Therefore, the surface area of the catalyst is 4350 cm2/g.
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    Calculate the surface area of a catalyst that adsorbs 103 cm3 of nitrogen reduced to STP per gram in order to form the monolayer. The effective area occupied by N2 molecule on the surface is 1.62 × 10–15 cm2.Correct answer is '4350'. Can you explain this answer?
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