Which of mendels laws can be demonstrated by a dihybrid cross? A.) The law of averages B.) The law of dominance C.) The law of segregation D.) The law of independent assortment
\(\huge \color{red}{\bigstar}\LARGE \color{blue}{\bigstar}\huge \color{green}{\bigstar}\LARGE \color{yellow}{\bigstar}\huge \color{orange}{\bigstar}\LARGE \color{red}{\bigstar}\huge \color{blue}{\bigstar}\LARGE\color{green}{\bigstar}\huge \color{yellow}{\bigstar}\LARGE \color{orange}{\bigstar}\huge \color{red}{\bigstar}\LARGE\color{blue}{\bigstar}\huge \color{green}{\bigstar}\LARGE\color{yellow}{\bigstar}\huge \color{red}{\bigstar}\LARGE \color{blue}{\bigstar}\huge \color{green}{\bigstar}\huge \color{yellow}{\bigstar}\LARGE \color{orange}{\bigstar}\\\color{white}{.}\\\Huge \rlap{\color{blue}{\mathfrak{~~~~Welcome~to~OpenStudy!~\ddot\smile}}}{\;\color{aqua}{\mathfrak{~~~~Welcome~to~OpenStudy!~\ddot\smile}}}\\\color{white}{.}\\\\\huge \color{red}{\bigstar}\LARGE \color{blue}{\bigstar}\huge \color{green}{\bigstar}\LARGE \color{yellow}{\bigstar}\huge \color{orange}{\bigstar}\LARGE \color{red}{\bigstar}\huge \color{blue}{\bigstar}\LARGE\color{green}{\bigstar}\huge \color{yellow}{\bigstar}\LARGE \color{orange}{\bigstar}\huge \color{red}{\bigstar}\LARGE\color{blue}{\bigstar}\huge \color{green}{\bigstar}\LARGE\color{yellow}{\bigstar}\huge \color{red}{\bigstar}\LARGE \color{blue}{\bigstar}\huge \color{green}{\bigstar}\huge \color{yellow}{\bigstar}\LARGE \color{orange}{\bigstar}\)
Mendel's First Law -> Law of segregation Mendel's Second Law -> Law of Independent Assortment
@Somy @KL-RC
mendels second law which is independent assortment.
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