Show that the pressure on a diver increases by one atmosphere for each 10 m descent in a fresh water lake. Normal atmospheric pressure=10 ^5 pa and density of water=10³kg/m³. Take g=10 m/s² please give me correct answer

Show that the pressure on a diver increases by one atmosphere for each

1.	Show that the pressure on a diver increases by one atmosphere for each 10 m descent in a fresh water lake. Normal atmospheric pressure=10 ^5 pa and density of water=10³kg/m³. Take g=10 m/s² please give me correct answer
Answer» pressure=dGh=10001010 (h=10,g=10,d=1000 given in ques)THEREFORE pressure=10^5 Pa=1 atmtherefore for EVERY 10 m descend there is increase of 1 ATM as decribed above.

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Show that the pressure on a diver increases by one atmosphere for each 10 m descent in a fresh water lake. Normal atmospheric pressure=10 ^5 pa and density of water=10³kg/m³. Take g=10 m/s²​ please give me correct answer

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Show that the pressure on a diver increases by one atmosphere for each 10 m descent in a fresh water lake. Normal atmospheric pressure=10 ^5 pa and density of water=10³kg/m³. Take g=10 m/s² please give me correct answer