The molecular weight of a gaseous substance is 200: What is the volu

1.	The molecular weight of a gaseous substance is 200: What is the volume of the bagof the substance at NTP?
Answer» ong>Explanation: First , we NEED to FIND the moles of the gaseous substance . As per the formula , \begin{gathered}\implies\mathtt{ moles = MASS / MOLAR\: mass} \\\end{gathered} ⟹moles=mass/molarmass ⇒ moles = 5 / 200 ⇒ moles = 1 / 40 ⇒ moles = 0.025 As per the relation , \begin{gathered}\implies \mathtt{moles = volume / 22.4 L (NTP )} \\\end{gathered} ⟹moles=volume/22.4L(NTP) ⇒ volume = moles x 22.4 ⇒ volume = 0.025x 22.4 ⇒ volume = 0.56 L The volume of the substance at NTP is

The molecular weight of a gaseous substance is 200: What is the volume of the bagof the substance at NTP?

Answer»

ong>Explanation:

First , we NEED to FIND the moles of the gaseous substance .

As per the formula ,

\begin{gathered}\implies\mathtt{ moles = MASS / MOLAR\: mass} \\\end{gathered}

⟹moles=mass/molarmass

⇒ moles = 5 / 200

⇒ moles = 1 / 40

⇒ moles = 0.025

As per the relation ,

\begin{gathered}\implies \mathtt{moles = volume / 22.4 L (NTP )} \\\end{gathered}

⟹moles=volume/22.4L(NTP)

⇒ volume = moles x 22.4

⇒ volume = 0.025x 22.4

⇒ volume = 0.56 L

The volume of the substance at NTP is