"Q = \\sum_{i=1}^{10}q_i \\\\\n\n= q_1+q_2+q_3+...+q_{10} \\\\\n\n= (\\frac{101-P}{10})_1 + (\\frac{101-P}{10})_2 + (\\frac{101-P}{10})_3 + \u2026 + (\\frac{101-P}{10})_{10} \\\\\n\n= (10.1 -0.1P)_1 + (10.1 -0.1P)_2 + (10.1 -0.1P)_3 + \u2026 + (10.1 -0.1P)_{10} \\\\\n\n= 10 \\times (10.1 -0.1P) \\\\\n\n= 101 -P \\\\\n\nP = 101 - Q"
This is the market demand curve for lemonade.
Given the individual demand curve and market demand curve, the graphs will be as follows:
The market demand curve is flatter than the individual demand curve.
Given the price of one cup of lemonade, the individual demand is calculated as follows:
"P = 101 - 10Q_i \\\\\n\nQ_i = \\frac{101-1}{10} = 10"
Hence, the individual demand for lemonade is 10 cups at $1.
The market demand is calculated as follows:
"P = 101 -Q \\\\\n\nQ = 101 -1 = 100"
Hence, the market demand for lemonade is 100 cups at $1.
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