That depends on how you define average as there’s a number of ways.Half of the population have a below average IQ.
That depends on how you define average as there’s a number of ways.Half of the population have a below average IQ.
And you're above.That depends on how you define average as there’s a number of ways.
I think IQ has a normal distribution (bell-curve) which means that the mean, median, and mode are equal.That depends on how you define average as there’s a number of ways.
I understand that, do I win?I think IQ has a normal distribution (bell-curve) which means that the mean, median, and mode are equal.
Not true.Half of the population have a below average IQ.
Are there not outliers in either direction, therefore balancing the curve?Not true.
Outlyer exceptions will distort the median.
Dunno, but it sounded good when I thought of it.Are there not outliers in either direction, therefore balancing the curve?
After posting my comment I thought a bit more deeply and decided I was probably wrong. I'm not familiar with how the I.Q scale works but assume you can only go as low as zero, while the clever ones can be infinitely clever, thus upsetting the perfect bell curve distribution. I'm sure someone cleverer than me (or more studied in maths and statistics) will be along shortly to enlighten us both.....?Dunno, but it sounded good when I thought of it.
See example above.After posting my comment I thought a bit more deeply and decided I was probably wrong. I'm not familiar with how the I.Q scale works but assume you can only go as low as zero, while the clever ones can be infinitely clever, thus upsetting the perfect bell curve distribution. I'm sure someone cleverer than me (or more studied in maths and statistics) will be along shortly to enlighten us both.....?