Reserve Problems Chapter 3 Section 2 Problem 4 The data from 200 endothermic reactions involving sodium bicarbonate are summarized as follows: Final Temperature Conditions Number of Reactions 38 60 102 266 K 271 K 274 K Let the random variable X denote the final temperature. Detemine the cumulative distribution function for X. x < 266 266 < x < 271 271 < x < 274 274 ≤ x F(x)
Reserve Problems Chapter 3 Section 2 Problem 4 The data from 200 endothermic reactions involving sodium bicarbonate are summarized as follows: Final Temperature Conditions Number of Reactions 38 60 102 266 K 271 K 274 K Let the random variable X denote the final temperature. Detemine the cumulative distribution function for X. x < 266 266 < x < 271 271 < x < 274 274 ≤ x F(x)
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
Transcribed Image Text:Reserve Problems Chapter 3 Section 2 Problem 4
The data from 200 endothermic reactions involving sodium bicarbonate are summarized as follows:
Final Temperature Conditions Number of Reactions
38
60
102
266 K
271 K
274 K
Let the random variable X denote the final temperature. Detemine the cumulative distribution function for X.
x < 266
266 < x < 271
271 < x < 274
274 ≤ x
X
F(x)
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