As, mass of one proton,
,i.e., mₚ=1.6726×10¯²⁷kg
Mass of 6.022×10²³ p⁺, i.e., 1 mol of protons.
For finding the mass of Nₐ (Avogrado's number) of protons, multiply the Mass of 1 p⁺ with Nₐ.
Molar mass of proton,
i.e., M.M.ₚ=(1.6726×10¯²⁷×6.022×10²³)kg
⇒M.M.ₚ≈1.0072×10¯³ kg
Therefore, the mass of 6.022×10²³protons is approximately equal to 1 gram.
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Answers & Comments
As, mass of one proton,
,i.e., mₚ=1.6726×10¯²⁷kg
To Find:
Mass of 6.022×10²³ p⁺, i.e., 1 mol of protons.
✪★Solution★✪
For finding the mass of Nₐ (Avogrado's number) of protons, multiply the Mass of 1 p⁺ with Nₐ.
Molar mass of proton,
i.e., M.M.ₚ=(1.6726×10¯²⁷×6.022×10²³)kg
⇒M.M.ₚ≈1.0072×10¯³ kg
⇒M.M.ₚ≈1.0072 g
Therefore, the mass of 6.022×10²³protons is approximately equal to 1 gram.