Template:Are You Sure/May 9: Difference between revisions
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[[File:Flea circus ticket.jpg|thumb|175px|link=Human Flea Circus|A '''flea circus''' is a circus sideshow attraction in which fleas are attached (or appear to be attached) to miniature carts and other items, and encouraged to perform circus acts within a small housing.<br><br>The '''[[Human Flea Circus]]''' is "similar, but with people instead of fleas."[citation needed]]] See also [[Carnevale Tenebre]].]] | |||
• ... that tickets for the '''[[Human Flea Circus]]''' are being given away free due to COVID-19 lockdown restrictions? | • ... that tickets for the '''[[Human Flea Circus]]''' are being given away free due to COVID-19 lockdown restrictions? | ||
• ... that '''[[Jensen's inequality (nonfiction)|Jensen's inequality]]''', named after the Danish mathematician [[Johan Jensen (nonfiction)|Johan Jensen]], relates the value of a convex function of an integral to the integral of the convex function; and that in its simplest form the inequality states that the convex transformation of a mean is less than or equal to the mean applied after convex transformation; and that it is a simple corollary that the opposite is true of concave transformations; and that [[Jensen's inequality (nonfiction)|Jensen's inequality]] generalizes the statement that the secant line of a convex function lies above the graph of the function, which is Jensen's inequality for two points? | • ... that '''[[Jensen's inequality (nonfiction)|Jensen's inequality]]''', named after the Danish mathematician [[Johan Jensen (nonfiction)|Johan Jensen]], relates the value of a convex function of an integral to the integral of the convex function; and that in its simplest form the inequality states that the convex transformation of a mean is less than or equal to the mean applied after convex transformation; and that it is a simple corollary that the opposite is true of concave transformations; and that [[Jensen's inequality (nonfiction)|Jensen's inequality]] generalizes the statement that the secant line of a convex function lies above the graph of the function, which is Jensen's inequality for two points? | ||
Revision as of 08:32, 9 May 2020
The Human Flea Circus is "similar, but with people instead of fleas."[citation needed
] See also Carnevale Tenebre.]]
• ... that tickets for the Human Flea Circus are being given away free due to COVID-19 lockdown restrictions?
• ... that Jensen's inequality, named after the Danish mathematician Johan Jensen, relates the value of a convex function of an integral to the integral of the convex function; and that in its simplest form the inequality states that the convex transformation of a mean is less than or equal to the mean applied after convex transformation; and that it is a simple corollary that the opposite is true of concave transformations; and that Jensen's inequality generalizes the statement that the secant line of a convex function lies above the graph of the function, which is Jensen's inequality for two points?