In a bell-shaped distribution, which is typically a normal distribution, the mode is the value that occurs most frequently. For a normal distribution:

1. **Mean (µ)**: This is the average of the distribution.
2. **Median**: This is the middle value when the data is sorted.
3. **Mode**: This is the most frequently occurring value in the distribution.

In a perfectly symmetrical bell-shaped (normal) distribution, the mean, median, and mode are all the same. Since you specified that the mean (µ) is 30, it follows that:

- The mode = µ = 30.

### Final Answer
The most probable value for the mode is **30**.

Question

In a bell-shaped distribution, which is typically a normal distribution, the mode is the value that occurs most frequently. For a normal distribution:

1. **Mean (µ)**: This is the average of the distribution.
2. **Median**: This is the middle value when the data is sorted.
3. **Mode**: This is the most frequently occurring value in the distribution.

In a perfectly symmetrical bell-shaped (normal) distribution, the mean, median, and mode are all the same. Since you specified that the mean (µ) is 30, it follows that:

- The mode = µ = 30.

### Final Answer
The most probable value for the mode is **30**.

Knowee AI · Accepted Answer

In a bell-shaped distribution, which is typically a normal distribution, the mode is the value that occurs most frequently. For a normal distribution:

1. **Mean (µ)**: This is the average of the distribution.
2. **Median**: This is the middle value when the data is sorted.
3. **Mode**: This is the most frequently occurring value in the distribution.

In a perfectly symmetrical bell-shaped (normal) distribution, the mean, median, and mode are all the same. Since you specified that the mean (µ) is 30, it follows that:

- The mode = µ = 30.

### Final Answer
The most probable value for the mode is **30**.

For a bell-shaped distribution with µ = 30, what is the most probable value for the mode?Group of answer choicesgreater than 30less than 30300

Question

For a bell-shaped distribution with $\mu = 30$ , what is the most probable value for the mode?

Solution

Final Answer

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For a bell-shaped distribution with µ = 30, what is the most probable value for the mode?​Group of answer choices​greater than 30​less than 30​30​0