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P=23+10(h1)P = 23 + 10(h - 1) People start waiting in line for the release of the newest cell phone at 55 a.m. The equation gives the number of people, PP, in line between the hours, hh, of 66 a.m. and 1111 a.m., when the doors open. Assume that 66 a.m. is when time h=1h = 1. What does the 2323 mean in the equation?

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Q. P=23+10(h1)P = 23 + 10(h - 1) People start waiting in line for the release of the newest cell phone at 55 a.m. The equation gives the number of people, PP, in line between the hours, hh, of 66 a.m. and 1111 a.m., when the doors open. Assume that 66 a.m. is when time h=1h = 1. What does the 2323 mean in the equation?
  1. Understand the Context: Understand the context of the problem.\newlineThe equation P=23+10(h1)P = 23 + 10(h - 1) describes the number of people, PP, in line for a cell phone release from 66 a.m. to 1111 a.m. We need to determine what the constant 2323 represents in this equation.
  2. Analyze the Equation: Analyze the equation.\newlineThe equation is in the form P=a+b(hc)P = a + b(h - c), where aa, bb, and cc are constants. In this context, hh represents the number of hours after 66 a.m., and PP is the total number of people in line.
  3. Identify the Constant: Identify the constant 2323. The constant 2323 is added to the product of 1010 and (h1)(h - 1). Since hh starts at 11 (which corresponds to 66 a.m.), if we plug h=1h = 1 into the equation, we get P=23+10(11)=23+10(0)=23+0=23P = 23 + 10(1 - 1) = 23 + 10(0) = 23 + 0 = 23.
  4. Interpret the Constant: Interpret the constant 2323. The calculation in Step 33 shows that when h=1h = 1 (66 a.m.), the number of people in line is 2323. This means that the constant 2323 represents the initial number of people in line at 66 a.m., before any additional people join the line each hour.

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