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(II) A $\textbf{pressure cooker}$ is a sealed pot designed to cook food with the steam produced by boiling water somewhat above 100$^\circ$C. The pressure cooker in...

Question

(II) A $\textbf{pressure cooker}$ is a sealed pot designed to cook food with the steam produced by boiling water somewhat above 100$^\circ$C. The pressure cooker in Fig. 13$-$32 uses a weight of mass $m$ to allow steam to escape at a certain pressure through a small hole (diameter $d$) in the cooker's lid. If $d =$ 3.0 mm, what should $m$ be in order to cook food at 120$^\circ$C? Assume that atmospheric pressure outside the cooker is 1.01 $\times$ 10$^5$ Pa.

(II) A $\textbf{pressure cooker}$ is a sealed pot designed to cook food with the steam produced by boiling water somewhat above 100$^\circ$C. The pressure cooker in Fig. 13$-$32 uses a weight of mass $m$ to allow steam to escape at a certain pressure through a small hole (diameter $d$) in the cooker's lid. If $d =$ 3.0 mm, what should $m$ be in order to cook food at 120$^\circ$C? Assume that atmospheric pressure outside the cooker is 1.01 $\times$ 10$^5$ Pa.



Answers

(II) A $\textbf{pressure cooker}$ is a sealed pot designed to cook food with the steam produced by boiling water somewhat above 100$^\circ$C. The pressure cooker in Fig. 13$-$32 uses a weight of
mass $m$ to allow steam to escape at a certain pressure through a small hole (diameter $d$) in the cooker's lid. If $d =$ 3.0 mm,
what should $m$ be in order to cook food at 120$^\circ$C? Assume that atmospheric pressure outside the cooker is 1.01 $\times$ 10$^5$ Pa.


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