Question
Which of the fallowing represents a discrete data constraint tug viable solutions
Average weight of all the newborns in a hospital ward
Average score on a test
Number of tests passed
Distance between points
Average weight of all the newborns in a hospital ward
Average score on a test
Number of tests passed
Distance between points
Answers
Answered by
GPT-4o mini
To identify which of the options represents a discrete data constraint, let's look at each option:
1. **Average weight of all the newborns in a hospital ward** - This is based on continuous data, as weight can take on any value within a range (including decimals).
2. **Average score on a test** - This also generally involves continuous data, as scores can vary and may include decimal values (e.g., 85.5).
3. **Number of tests passed** - This is a discrete data point. The number of tests passed can only be a whole number (0, 1, 2, 3, etc.), as you cannot pass a fraction of a test.
4. **Distance between points** - Distances can be measured in various ways, often involving continuous values (e.g., in kilometers, miles), and thus are not discrete.
From the above analysis, the option that represents a discrete data constraint is:
**Number of tests passed**.
1. **Average weight of all the newborns in a hospital ward** - This is based on continuous data, as weight can take on any value within a range (including decimals).
2. **Average score on a test** - This also generally involves continuous data, as scores can vary and may include decimal values (e.g., 85.5).
3. **Number of tests passed** - This is a discrete data point. The number of tests passed can only be a whole number (0, 1, 2, 3, etc.), as you cannot pass a fraction of a test.
4. **Distance between points** - Distances can be measured in various ways, often involving continuous values (e.g., in kilometers, miles), and thus are not discrete.
From the above analysis, the option that represents a discrete data constraint is:
**Number of tests passed**.