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specific heat of solidification of group 14 elements

Input interpretation

group summary | top 14 elements | by atomic number | specific heat at STP melting point
group summary | top 14 elements | by atomic number | specific heat at STP melting point

Statistical statements

specific heat at STP and melting point have significantly different medians (Mann-Whitney test)
specific heat at STP and melting point have significantly different medians (Mann-Whitney test)

Scatter plot

Scatter plot
Scatter plot

Statistics

Location

mean | 2450.0 J/(kg K) minimum | 710.00 J/(kg K) (carbon, silicon) first quartile | 904.00 J/(kg K) median | 1030.0 J/(kg K) (boron, neon) third quartile | 1820.0 J/(kg K) maximum | 14300 J/(kg K) (hydrogen) mode | 1030.0 J/(kg K) | 710.00 J/(kg K) total | 34300 J/(kg K) count | 14
mean | 2450.0 J/(kg K) minimum | 710.00 J/(kg K) (carbon, silicon) first quartile | 904.00 J/(kg K) median | 1030.0 J/(kg K) (boron, neon) third quartile | 1820.0 J/(kg K) maximum | 14300 J/(kg K) (hydrogen) mode | 1030.0 J/(kg K) | 710.00 J/(kg K) total | 34300 J/(kg K) count | 14

Dispersion

sample standard deviation | 3643.6 J/(kg K) sample variance | 1.33×10^7 J^2/(kg^2K^2) (joules squared per kilogram squared kelvin difference squared) interquartile range | 916.00 J/(kg K) sample range | 13590 J/(kg K) coefficient of variation | 1.49
sample standard deviation | 3643.6 J/(kg K) sample variance | 1.33×10^7 J^2/(kg^2K^2) (joules squared per kilogram squared kelvin difference squared) interquartile range | 916.00 J/(kg K) sample range | 13590 J/(kg K) coefficient of variation | 1.49

Shape

skewness | 2.72 kurtosis | 9.32
skewness | 2.72 kurtosis | 9.32