5. Using the attached cylindrical (vertical) sun path diagram (Figure 2), find out:
• For which latitude was the attached cylindrical sun path diagram drawn? Explain how you
found out (write the equation and show calculations)?
• Sun position at 7:30 a.m. on the 21st of April.
• Sun position at 4:00 p.m. on the 21st of February.
• The availability of daylight (length of day), on December 21st and June 21st.
• Shade the time of the year when the sun hits the west side of a rectangular building facing
the four cardinal directions.

Question

5. Using the attached cylindrical (vertical) sun path diagram (Figure 2), find out:

• For which latitude was the attached cylindrical sun path diagram drawn? Explain how you

found out (write the equation and show calculations)?

• Sun position at 7:30 a.m. on the 21st of April.

• Sun position at 4:00 p.m. on the 21st of February.

• The availability of daylight (length of day), on December 21st and June 21st.

• Shade the time of the year when the sun hits the west side of a rectangular building facing

the four cardinal directions.

Figure 2

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Expert Answer to - 5. Using the attached cylindrical (vertical) sun path diagram (Figure 2), find out:  For which la

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Solution for - 5. Using the attached cylindrical (vertical) sun path diagram (Figure 2), find out:  For which la

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This an additional answer to - 5. Using the attached cylindrical (vertical) sun path diagram (Figure 2), find out:  For which la

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