Prepare a Hythergraph for Jodhpur using the given average monthly temperature and rainfall data.

Each data point will be in the format (Average Monthly Rainfall in cm, Average Monthly Temperature in $^\circ$C).

• January (Jan): $(3, 14)$
• February (Feb): $(2, 16)$
• March (Mar): $(2, 22)$
• April (Apr): $(1, 28)$
• May (May): $(2, 31)$
• June (Jun): $(7, 32)$
• July (Jul): $(19, 30)$
• August (Aug): $(20, 29)$
• September (Sept): $(12, 27)$
• October (Oct): $(1, 24)$
• November (Nov): $(2, 18)$
• December (Dec): $(2, 14)$

1. Draw a horizontal axis (X-axis) to represent Average Monthly Rainfall in cm.
   • The rainfall values range from $1 \text{ cm}$ to $20 \text{ cm}$. A suitable scale would be from $0 \text{ cm}$ to $25 \text{ cm}$.
2. Draw a vertical axis (Y-axis) to represent Average Monthly Temperature in $^\circ$C.
   • The temperature values range from $14^\circ\text{C}$ to $32^\circ\text{C}$. A suitable scale would be from $10^\circ\text{C}$ to $35^\circ\text{C}$.

1. Plot each monthly data point (Rainfall, Temperature) on the graph.
2. Label each plotted point with the initial of the corresponding month (e.g., 'J' for January, 'F' for February, etc.).
3. Connect the plotted points in chronological order, starting from January, then February, March, and so on, up to December.
4. Finally, connect the December point back to the January point to complete the annual cycle, forming a closed polygon.
5. Add a title to the graph: "Hythergraph of Jodhpur".

This process will create a visual representation showing the annual climatic conditions of Jodhpur in terms of temperature and rainfall.