Bare Minimum
Latex \(\rightarrow\) Math Engineering home works / assignment starter
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\LARGE CIV-330: Fluid Mechanics Lecture\\
\LARGE Home Work: 1\\[0.5em]
\large \today\\[0.5em]
\large Your Name\par
\large ID123456\par
\large Section 1 | Spring 2025\par
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\begin{questions}
% {{{ Problem-1
% Question
\question[] Calculate the density, specific weight, and weight of one liter of
petrol of specific gravity 0.7.
\begin{enumerate}[I.]
\item Density?
\item Specific weight?
\item Weight?
\end{enumerate}
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% Solution
\begin{solution}
Given,
Volume of petrol, $V = \qty{1}{\liter}$
Specific gravity of petrol, $S_l = 0.7$
Know Fluid properties:
Formula for Specific Gravity:
\[
% Left Part
\begin{aligned}
&~ S_l = \frac{\rho_l}{\rho_w} \\
\Rightarrow&~ \rho_l = S_l \times \rho_w \\
\Rightarrow&~ \rho_l = 0.7 \times \qty{1000}{kg/m^3} \\
\therefore&~ \rho_l = \qty{700}{kg/m^3}
\end{aligned}
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\quad \hspace{2cm} \left\vert\quad
% Right Part
\begin{aligned}
&~\text{Here, }\\
&~\text{Specific Gravity, }S_l = 0.7 \\
&~\text{Density of water, }\rho_w = \qty{1000}{kg/m^3} \\
&~\text{Density of petrol, }\rho_l = \text{?} \\
\end{aligned}
\right.
\]
\end{solution}
% Problem-1 }}}
\end{questions}
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OutPut:
