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John read the first 114 pages of a novel, which was 3 pages less than 
(1)/(3) of the novel. If 
p is the total number of pages in the novel, which of the following equations best describes the situation?
Choose 1 answer:
(A) 
(1)/(3)p-3=114
(B) 
(1)/(3)p+3=114
(C) 
3p-3=114
(D) 
3p+3=114

John read the first 114114 pages of a novel, which was 33 pages less than13\frac{1}{3} of the novel. If pp is the total number of pages in the novel, which of the following equations best describes the situation?\newlineChoose 11 answer:\newline(A) 13p3=114\frac{1}{3}p-3=114\newline(B) 13p+3=114\frac{1}{3}p+3=114\newline(C) 3p3=1143p-3=114\newline(D) 3p+3=1143p+3=114

Full solution

Q. John read the first 114114 pages of a novel, which was 33 pages less than13\frac{1}{3} of the novel. If pp is the total number of pages in the novel, which of the following equations best describes the situation?\newlineChoose 11 answer:\newline(A) 13p3=114\frac{1}{3}p-3=114\newline(B) 13p+3=114\frac{1}{3}p+3=114\newline(C) 3p3=1143p-3=114\newline(D) 3p+3=1143p+3=114
  1. Define Total Pages: Let's denote the total number of pages in the novel as pp. According to the problem, John read 114114 pages, which is 33 pages less than one-third of the novel. This can be expressed as one-third of the total number of pages minus 33 equals 114114 pages. Mathematically, this is written as (13)p3=114(\frac{1}{3})p - 3 = 114.
  2. Equation Setup: To check if this equation makes sense, we can try to solve for pp. Adding 33 to both sides of the equation gives us (13)p=117(\frac{1}{3})p = 117. Multiplying both sides by 33 to isolate pp gives us p=351p = 351. This means the total number of pages in the novel would be 351351, and one-third of it would be 117117, which is indeed 33 pages more than 114114. This confirms that our equation is correct.

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