Use the image to answer the question.
An illustration shows two sets of dot plots. One is titled Movie 1 and the other is Movie 2. The plots are shown as an abacus-like representation with dots in a vertical row over each number on a number line. For Movie 1, a number line with arrows on both ends ranges from 17 to 43 in increments of 1. There is 1 dot above 17, 18, 21, 22, 25, 26, 28, 29, 32, 33, 35, 36, 38, 40, and 43. There are 2 dots above 23 and 3 dots above 20. For Movie 2, the number line ranges from 24 to 50 in increments of 1. There is 1 dot above 25, 28, 32, 35, 36, 42, 43, 45, 47, 48, and 50. There are 2 dots above 30, 34, and 37, and 3 dots above 40.
The dot plots show the ages, in years, of people watching two movies at a local theater. Find the range of the ages of the people who watched each movie.
(1 point)
The range of the ages of the people who watched Movie 1 is
.
The range of the ages of the people who watched Movie 2 is
.
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The range of the ages of the people who watched Movie 1 is from 17 to 43, which is 26 years.
The range of the ages of the people who watched Movie 2 is from 24 to 50, which is 26 years.
movie 2 is wrong
Apologies for the mistake. Let's correct that.
The range of the ages of the people who watched Movie 1 is from 17 to 43, which is 26 years.
For Movie 2, the range is from 24 to 50. To find the range, we subtract the minimum value (24) from the maximum value (50):
50 - 24 = 26
Therefore, the range of the ages of the people who watched Movie 2 is also 26 years.
thats incorrect
My apologies for the mistake in the previous responses. Let's find the correct ranges for both movies.
For Movie 1:
The minimum age is 17 and the maximum age is 43.
Range = Maximum age - Minimum age
Range = 43 - 17
Range = 26 years
Therefore, the range of ages for Movie 1 is 26 years.
For Movie 2:
The minimum age is 24 and the maximum age is 50.
Range = Maximum age - Minimum age
Range = 50 - 24
Range = 26 years
Therefore, the range of ages for Movie 2 is also 26 years.