We are given the number of minutes Leo played during each of his six basketball games: 17.50, 23.00, 24.00, 9.00, 12.25, 14.75. We need to create a histogram using this data, where each bin excludes the left endpoint and includes the right endpoint. We are not given the exact bins, but we need to extract the important information from the list to do so.

Probability and StatisticsData AnalysisHistogramsFrequency DistributionStatistics
2025/3/14

1. Problem Description

We are given the number of minutes Leo played during each of his six basketball games: 17.50, 23.00, 24.00, 9.00, 12.25, 14.
7

5. We need to create a histogram using this data, where each bin excludes the left endpoint and includes the right endpoint. We are not given the exact bins, but we need to extract the important information from the list to do so.

2. Solution Steps

The given data is: 17.50, 23.00, 24.00, 9.00, 12.25, 14.
7

5. We need to figure out what is important about this data set. Let's try ordering the data to make more sense of it.

Ordered data: 9.00, 12.25, 14.75, 17.50, 23.00, 24.00
Looking at the problem, it looks like the histogram chart is showing. However, since it's cut off, it is important to look at the provided data and determine the frequencies of numbers.
Based on this data:
- One number falls in the range (8, 12.25]
- One number falls in the range (12.25, 14.75]
- One number falls in the range (14.75, 17.50]
- Zero number falls in the range (17.50, 23]
- Two numbers fall in the range (23, 24]

3. Final Answer

Based on the provided information, a reasonable histogram could be constructed. However, without the x-axis and more context of the histogram, I cannot provide the exact final answer.

Related problems in "Probability and Statistics"

A batch of products is produced by three different factories. The proportion of products from Factor...

ProbabilityLaw of Total ProbabilityConditional ProbabilityDefect Rate
2025/4/3

We are given that a batch of products is produced by three different factories. The proportion of pr...

ProbabilityConditional ProbabilityLaw of Total Probability
2025/4/3

A lens factory produces lenses. The probability of a lens breaking on the first drop is $\frac{1}{2}...

ProbabilityConditional ProbabilityIndependent Events
2025/4/2

A bag contains $r$ red balls and $t$ white balls. In each draw, a ball is randomly selected, its col...

ProbabilityConditional ProbabilityBalls and UrnsCombinatorics
2025/4/2

A lottery company creates lottery tickets with numbers from 00 to 99. The winning number is randomly...

ProbabilityLotteryMultiples
2025/4/2

The problem asks us to determine the potential genotypes of the parent plants given a partial Punnet...

GeneticsPunnett SquareProbabilityBiology
2025/4/2

The problem presents a partial Punnett square with two offspring genotypes, both $Rr$. We are asked ...

GeneticsPunnett SquareProbabilityAllelesGenotypes
2025/4/2

The problem describes a cross between two dragonflies where red body color is dominant over green bo...

GeneticsPunnett SquareAllelesProbability
2025/4/2

The problem requires drawing a frequency polygon based on the given rainfall data. The data is prese...

Frequency PolygonData VisualizationStatistics
2025/4/1

The problem describes a pedigree chart related to albinism, a recessive trait in humans. We are aske...

GeneticsPedigree AnalysisRecessive TraitsProbability
2025/3/31