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Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.?
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Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozo...
Explanation:
The molecular formula for dioxygen is O2, for atomic oxygen is O, and for ozone is O3.
To determine the maximum number of oxygen atoms contained in 1.0 gram of each substance, we need to calculate the number of moles of each substance first.
- 1.0 gram dioxygen (O2) = 1.0/32 = 0.03125 moles
- 1.0 gram atomic oxygen (O) = 1.0/16 = 0.0625 moles
- 1.0 gram ozone (O3) = 1.0/48 = 0.02083 moles
Next, we can calculate the number of oxygen atoms in each substance by multiplying the number of moles by Avogadro's number (6.022 x 10^23).
- 1.0 gram dioxygen (O2) = 0.03125 x 2 x 6.022 x 10^23 = 3.764 x 10^22 atoms
- 1.0 gram atomic oxygen (O) = 0.0625 x 1 x 6.022 x 10^23 = 3.764 x 10^22 atoms
- 1.0 gram ozone (O3) = 0.02083 x 3 x 6.022 x 10^23 = 3.764 x 10^22 atoms
As we can see, all three substances contain the same number of oxygen atoms, which is 3.764 x 10^22. Therefore, the correct answer is option (d), all contain the same number of atoms.
The molecular formula for dioxygen is O2, for atomic oxygen is O, and for ozone is O3.
To determine the maximum number of oxygen atoms contained in 1.0 gram of each substance, we need to calculate the number of moles of each substance first.
- 1.0 gram dioxygen (O2) = 1.0/32 = 0.03125 moles
- 1.0 gram atomic oxygen (O) = 1.0/16 = 0.0625 moles
- 1.0 gram ozone (O3) = 1.0/48 = 0.02083 moles
Next, we can calculate the number of oxygen atoms in each substance by multiplying the number of moles by Avogadro's number (6.022 x 10^23).
- 1.0 gram dioxygen (O2) = 0.03125 x 2 x 6.022 x 10^23 = 3.764 x 10^22 atoms
- 1.0 gram atomic oxygen (O) = 0.0625 x 1 x 6.022 x 10^23 = 3.764 x 10^22 atoms
- 1.0 gram ozone (O3) = 0.02083 x 3 x 6.022 x 10^23 = 3.764 x 10^22 atoms
As we can see, all three substances contain the same number of oxygen atoms, which is 3.764 x 10^22. Therefore, the correct answer is option (d), all contain the same number of atoms.
Community Answer
Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozo...
1 gram of dioxygen = 1/32 mol of dioxygen = 2*1/32= 1/16 mol of oxygen atom 1 gram of atomic oxygen = 1/16 mol of atoms 1gram of ozone = 1/48 mol of ozone molecules = 3*1/48=1/16 mol of oxygen atoms because atomicity of ozone and oxygen molecules = 3and2 respectively so answer is d
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Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.?
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Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.?.
Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.?.
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Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.?, a detailed solution for Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.? has been provided alongside types of Out of 1.0 gram dioxygen, 1.0 gram (atomic) Oxygen and 1.0 gram of ozone The maximum number of oxygen atoms are contained in (a)1.0 gram of atomic oxygen (b)1.0 gram of ozone (c)1.0 gram of Oxygen gas (d)All contain same number of atoms correct answer is option (d). explain the answer.? theory, EduRev gives you an
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