I invented nothing. A logarithmic graph is defined by the fact that it's scale is logarithmic and not exponential. This remains an obstacle to your comprehension.
No, it really doesn't. I have told you before I plot and analyse graphs, arithmetic and logarithmic, for a living. You placed emphasis on minor graduations on the axis that simply are not present on the CraTER graph, which clearly has a logarithmic scale on the y-axis.
if you had varying speeds then it is an average of those speeds that indicates the speed of travel. it is obvious if you take 24 readings over a day no single reading is an accurate indication of the daily exposure as conditions could vary considerably minute to minute. An average over that time period would be more of an accurate assessment of the daily dose.
Then why did you insist that one must
add up the dose rates reported on the CraTER data set to get an overall daily dose rate? Why insist that they can't be dose rates, despite obviously being labelled as such, just because there were multiple readings given per day?
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