Use Cramer's rule to find the solution for the system.
What will be an ideal response?
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Provide an appropriate response.The following data are the snowfall readings (in inches) for a certain city's top ten winter storms. 25?18.7?20?18.7?23.317.6?25?16.4?18.7?15.1(a) Find the mean, median, and mode for the data.(b) Suppose the value 15.1 was actually recorded as 51.1. Compute the mean, median, and mode again using this value. Comment on any differences from the results in part (a).
A. (a) mean: 20.48, median: 19.35, mode: 25; (b) mean: 24.08, median: 21.65, mode: 25; The mean and median are both greater than in part (a). B. (a) mean: 19.85, median: 18.7, mode: 18.7; (b) mean: 23.45, median: 19.35, mode: 18.7; The mean and median are both greater than in part (a). C. (a) mean: 20.48, median: 18.7, mode: 25; (b) mean: 20.48, median: 18.7, mode: 25; The mean, median, and mode are the same than in part (a). D. (a) mean: 19.85, median: 18.7, mode: 18.7; (b) mean: 22.6909091, median: 18.7, mode: 18.7; The mean is greater than the mean in part (a) but the median is the same as in part (a).
Determine whether the given equation is a rational function.f(x) = 1 + 
A. Yes B. No
A baseball team has won more than 94% (but less than 100%) of its games in a season.What is the least possible number of games that the team could have played in the season?
a. 16 b. 17 c. 18 d. 19 e. 20
Determine whether the pair of triangles is congruent by the SAS property.
A. Yes B. No