Binomial Distribution and Hypothesis Testing
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This example demonstrates how the p-value changes as the number of trials increases, and what this means for hypothesis testing. It covers key concepts in binomial distribution and hypothesis testing. Using GeoGebra commands like Textfield and Sequence, it dynamically illustrates important aspects of probability and statistics. Suitable for high school math education and students learning probability and statistics.
GeoGebra Commands & Parameters
Textfield(hyppi) → InputBox1If(E2 < gprob, 1, 0) → F2If(E3 < gprob, 1, 0) → F3If(E4 < gprob, 1, 0) → F4If(E5 < gprob, 1, 0) → F5If(E6 < gprob, 1, 0) → F6If(E7 < gprob, 1, 0) → F7If(E8 < gprob, 1, 0) → F8If(E9 < gprob, 1, 0) → F9If(E10 < gprob, 1, 0) → F10If(E11 < gprob, 1, 0) → F11If(E12 < gprob, 1, 0) → F12If(E13 < gprob, 1, 0) → F13If(E14 < gprob, 1, 0) → F14If(E15 < gprob, 1, 0) → F15If(E16 < gprob, 1, 0) → F16If(E17 < gprob, 1, 0) → F17If(E18 < gprob, 1, 0) → F18If(E19 < gprob, 1, 0) → F19If(E20 < gprob, 1, 0) → F20If(E21 < gprob, 1, 0) → F21If(E22 < gprob, 1, 0) → F22If(E23 < gprob, 1, 0) → F23If(E24 < gprob, 1, 0) → F24If(E25 < gprob, 1, 0) → F25If(E26 < gprob, 1, 0) → F26If(E27 < gprob, 1, 0) → F27If(E28 < gprob, 1, 0) → F28If(E29 < gprob, 1, 0) → F29If(E30 < gprob, 1, 0) → F30If(E31 < gprob, 1, 0) → F31If(E32 < gprob, 1, 0) → F32If(E33 < gprob, 1, 0) → F33If(E34 < gprob, 1, 0) → F34If(E35 < gprob, 1, 0) → F35If(E36 < gprob, 1, 0) → F36If(E37 < gprob, 1, 0) → F37If(E38 < gprob, 1, 0) → F38If(E39 < gprob, 1, 0) → F39If(E40 < gprob, 1, 0) → F40If(E41 < gprob, 1, 0) → F41If(E42 < gprob, 1, 0) → F42If(E43 < gprob, 1, 0) → F43If(E44 < gprob, 1, 0) → F44If(E45 < gprob, 1, 0) → F45If(E46 < gprob, 1, 0) → F46If(E47 < gprob, 1, 0) → F47If(E48 < gprob, 1, 0) → F48If(E49 < gprob, 1, 0) → F49If(E50 < gprob, 1, 0) → F50If(E51 < gprob, 1, 0) → F51If(E52 < gprob, 1, 0) → F52If(E53 < gprob, 1, 0) → F53If(E54 < gprob, 1, 0) → F54If(E55 < gprob, 1, 0) → F55If(E56 < gprob, 1, 0) → F56If(E57 < gprob, 1, 0) → F57If(E58 < gprob, 1, 0) → F58If(E59 < gprob, 1, 0) → F59If(E60 < gprob, 1, 0) → F60If(E61 < gprob, 1, 0) → F61If(E62 < gprob, 1, 0) → F62If(E63 < gprob, 1, 0) → F63If(E64 < gprob, 1, 0) → F64If(E65 < gprob, 1, 0) → F65If(E66 < gprob, 1, 0) → F66If(E67 < gprob, 1, 0) → F67If(E68 < gprob, 1, 0) → F68If(E69 < gprob, 1, 0) → F69If(E70 < gprob, 1, 0) → F70If(E71 < gprob, 1, 0) → F71If(E72 < gprob, 1, 0) → F72If(E73 < gprob, 1, 0) → F73If(E74 < gprob, 1, 0) → F74If(E75 < gprob, 1, 0) → F75If(E76 < gprob, 1, 0) → F76If(E77 < gprob, 1, 0) → F77If(E78 < gprob, 1, 0) → F78If(E79 < gprob, 1, 0) → F79If(E80 < gprob, 1, 0) → F80If(E81 < gprob, 1, 0) → F81If(E82 < gprob, 1, 0) → F82If(E83 < gprob, 1, 0) → F83If(E84 < gprob, 1, 0) → F84If(E85 < gprob, 1, 0) → F85If(E86 < gprob, 1, 0) → F86If(E87 < gprob, 1, 0) → F87If(E88 < gprob, 1, 0) → F88If(E89 < gprob, 1, 0) → F89If(E90 < gprob, 1, 0) → F90If(E91 < gprob, 1, 0) → F91If(E92 < gprob, 1, 0) → F92If(E93 < gprob, 1, 0) → F93If(E94 < gprob, 1, 0) → F94If(E95 < gprob, 1, 0) → F95If(E96 < gprob, 1, 0) → F96If(E97 < gprob, 1, 0) → F97If(E98 < gprob, 1, 0) → F98If(E99 < gprob, 1, 0) → F99If(E100 < gprob, 1, 0) → F100If(E101 < gprob, 1, 0) → F101If(E102 < gprob, 1, 0) → F102If(E103 < gprob, 1, 0) → F103If(E104 < gprob, 1, 0) → F104If(E105 < gprob, 1, 0) → F105If(E106 < gprob, 1, 0) → F106If(E107 < gprob, 1, 0) → F107If(E108 < gprob, 1, 0) → F108If(E109 < gprob, 1, 0) → F109If(E110 < gprob, 1, 0) → F110If(E111 < gprob, 1, 0) → F111If(E112 < gprob, 1, 0) → F112If(E113 < gprob, 1, 0) → F113If(E114 < gprob, 1, 0) → F114If(E115 < gprob, 1, 0) → F115If(E116 < gprob, 1, 0) → F116If(E117 < gprob, 1, 0) → F117If(E118 < gprob, 1, 0) → F118If(E119 < gprob, 1, 0) → F119If(E120 < gprob, 1, 0) → F120If(E121 < gprob, 1, 0) → F121If(E122 < gprob, 1, 0) → F122If(E123 < gprob, 1, 0) → F123If(E124 < gprob, 1, 0) → F124If(E125 < gprob, 1, 0) → F125If(E126 < gprob, 1, 0) → F126If(E127 < gprob, 1, 0) → F127If(E128 < gprob, 1, 0) → F128If(E129 < gprob, 1, 0) → F129If(E130 < gprob, 1, 0) → F130If(E131 < gprob, 1, 0) → F131If(E132 < gprob, 1, 0) → F132If(E133 < gprob, 1, 0) → F133If(E134 < gprob, 1, 0) → F134If(E135 < gprob, 1, 0) → F135If(E136 < gprob, 1, 0) → F136If(E137 < gprob, 1, 0) → F137If(E138 < gprob, 1, 0) → F138If(E139 < gprob, 1, 0) → F139If(E140 < gprob, 1, 0) → F140If(E141 < gprob, 1, 0) → F141If(E142 < gprob, 1, 0) → F142If(E143 < gprob, 1, 0) → F143If(E144 < gprob, 1, 0) → F144If(E145 < gprob, 1, 0) → F145If(E146 < gprob, 1, 0) → F146If(E147 < gprob, 1, 0) → F147If(E148 < gprob, 1, 0) → F148If(E149 < gprob, 1, 0) → F149If(E150 < gprob, 1, 0) → F150If(E151 < gprob, 1, 0) → F151If(E152 < gprob, 1, 0) → F152If(E153 < gprob, 1, 0) → F153If(E154 < gprob, 1, 0) → F154If(E155 < gprob, 1, 0) → F155If(E156 < gprob, 1, 0) → F156If(E157 < gprob, 1, 0) → F157If(E158 < gprob, 1, 0) → F158If(E159 < gprob, 1, 0) → F159If(E160 < gprob, 1, 0) → F160If(E161 < gprob, 1, 0) → F161If(E162 < gprob, 1, 0) → F162If(E163 < gprob, 1, 0) → F163If(E164 < gprob, 1, 0) → F164If(E165 < gprob, 1, 0) → F165If(E166 < gprob, 1, 0) → F166If(E167 < gprob, 1, 0) → F167If(E168 < gprob, 1, 0) → F168If(E169 < gprob, 1, 0) → F169If(E170 < gprob, 1, 0) → F170If(E171 < gprob, 1, 0) → F171If(E172 < gprob, 1, 0) → F172If(E173 < gprob, 1, 0) → F173If(E174 < gprob, 1, 0) → F174If(E175 < gprob, 1, 0) → F175If(E176 < gprob, 1, 0) → F176If(E177 < gprob, 1, 0) → F177If(E178 < gprob, 1, 0) → F178If(E179 < gprob, 1, 0) → F179If(E180 < gprob, 1, 0) → F180If(E181 < gprob, 1, 0) → F181If(E182 < gprob, 1, 0) → F182If(E183 < gprob, 1, 0) → F183If(E184 < gprob, 1, 0) → F184If(E185 < gprob, 1, 0) → F185If(E186 < gprob, 1, 0) → F186If(E187 < gprob, 1, 0) → F187If(E188 < gprob, 1, 0) → F188If(E189 < gprob, 1, 0) → F189If(E190 < gprob, 1, 0) → F190If(E191 < gprob, 1, 0) → F191If(E192 < gprob, 1, 0) → F192If(E193 < gprob, 1, 0) → F193If(E194 < gprob, 1, 0) → F194If(E195 < gprob, 1, 0) → F195If(E196 < gprob, 1, 0) → F196If(E197 < gprob, 1, 0) → F197If(E198 < gprob, 1, 0) → F198If(E199 < gprob, 1, 0) → F199If(E200 < gprob, 1, 0) → F200If(E201 < gprob, 1, 0) → F201Cell(8, n + 1) → finalppanelbottom1(panelsize) → q1, fUnicodeToLetter(34) → UnqSequence(Segment[(i - 1, Cell[7, i] / (i - 1)), (i, Cell[7, i + 1] / i)], i, 2, n) → glineSequence(Segment[(i - 1, Cell[8, i]), (i, Cell[8, i + 1])], i, 2, n) → pline