The median of a normal distribution to outlier as lunar perigee is to lunar is an elliptical orbit.
First: the Moon's actual size does not change.The Moon's APPARENT size changes because its orbit around the Earth is not a perfect circle; some times it's closer than others, so it appears larger. When its perigee (when it's closest to Earth) occurs near a full moon, it's called a "supermoon", and can appear noticeably larger than normal. (Perigee occurs about once a month, but it's less noticeable when it happens at a time other than full moon.)
Plants are normal and stars are like comets
If you're wearing it, yes. If you're not wearing it, he should be staring at what's underneath normally.
the air pressure is different where if the gravity substances were to change it will be normal
A supermoon occurs when a full moon coincides with the moon being closest to Earth in its orbit, making it appear larger and brighter in the sky. A normal moon refers to any regular full moon that does not appear noticeably larger or brighter due to its distance from Earth.
Yes, mode equals median in a normal distribution.
Yes it is. The normal distribution is symmetrical around the mode. Therefore the median has to be the same :)
The normal distribution.
In a normal distribution, the mean, median, and mode are all equal. Therefore, if the mean is 40, the median is also 40. This property holds true for any normal distribution regardless of its specific values.
A normal distribution is symmetrical; the mean, median and mode are all the same, on the line of symmetry (middle) of the graph.
Yes.
Yes.
The formula is: median of lognormal = exp(u)
Mean, median, and mode are all equal in a normal distribution.
No. By definition of the median, the median has 50 percent of the case below and 50 percent of the cases above. This has nothing to do with the cases being in a normal distribution.
No. Normal distribution is uni-modal, specifically with the mean, mode, and median at the same value.
132. You're the the one that stated "normal distribution", thus the same.