Calculation is doomed to fail. The correct approach is to measure them.
I would start with the largest possible rectangle. What's left should be a collection of triangles.
1). Present an observation or calculation that disproves the hypothesis. 2). Go off to your room and pout.
120 square feet. This is an easy calculation - just multiply the length by the width. The answer is the number of square feet.
1,972 square feet. This is an easy calculation - just multiply the length by the width. The answer is the number of square feet.
Add the price of each room together. Divide the result by the number of rooms. The figure will be the average room rate.
A rough number would be 0.8 CFM / sq ft
Calculation is doomed to fail. The correct approach is to measure them.
A 10x24 room would have 240 square feet. This calculation is done by multiplying the length of the room by the width.
Multiply the two dimensions to get the area. The calculation will give you 132 square feet.
Multiply the two dimensions to get the area. The calculation will give you 96 square feet.
Count the people, multiply by two. There is not other calculation possible from your question.
There is not enough info here to provide an answer. Would need the ambient room conditions along with an accurate load calculation for the room.
I would start with the largest possible rectangle. What's left should be a collection of triangles.
1). Present an observation or calculation that disproves the hypothesis. 2). Go off to your room and pout.
Multiply the two dimensions to get the area. The calculation will give you 144 square feet.
For area measurements, you multiply the length by the width. Here the calculation gives you an answer of 216 square feet.