2.4 A body of mass m is kept on the inclined plane which makes an angle $$ heta $$ with horizontal then normal force on the body is: $$ \begin{array}{llll} ext { a. } m g \sin heta & ext { b. } m g \cos heta & ext { c. } m g & ext { d. } m g an heta\end{array} $$

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2.4 A body of mass m is kept on the inclined plane which makes an angle $$ 	heta $$ with horizontal then normal force on the body is: $$ \begin{array}{llll}	ext { a. } m g \sin 	heta & 	ext { b. } m g \cos 	heta & 	ext { c. } m g & 	ext { d. } m g 	an 	heta\end{array} $$

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The normal force is $$ mg \cos 	heta $$.

2.4 A body of mass m is kept on the inclined plane which makes an angle \( \theta \) with horizontal then normal force on the body is: \( \begin{array}{llll}\text { a. } m g \sin \theta & \text { b. } m g \cos \theta & \text { c. } m g & \text { d. } m g \tan \theta\end{array} \)

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2.4 A body of mass m is kept on the inclined plane which makes an angle \( \theta \) with horizontal then normal force on the body is: \( \begin{array}{llll}\text { a. } m g \sin \theta & \text { b. } m g \cos \theta & \text { c. } m g & \text { d. } m g \tan \theta\end{array} \)

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