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![[Post New]](/templates/default/images/icon_minipost_new.gif) 23 Jan 2008 05:04:29 IST
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A ball of 10g is floating in a beaker containing 1Kg water kept on a balance. What is the reading of balance????
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Next ISSAC NEWTON....
...student of NIT , allahabad...... |
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23 Jan 2008 05:13:49 IST
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1010g
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PROGRESS ISN'T MADE BY EARLY RISERS OR HARD WORKERS, BUT BY LAZY PEOPLE TRYING TO FIND EASIER WAY TO DO THE SAME.....SO BE LAZZZZYY!!!! |
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23 Jan 2008 05:16:24 IST
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d reading wld 1kg coz according to chem rule d neglection can b afforded till max of 10% n 10g can b neglected in comparison to 1000g so d reading wld b 1000g or 1kg
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23 Jan 2008 05:21:32 IST
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wats d ansr mr. hardcore_genius....????
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PROGRESS ISN'T MADE BY EARLY RISERS OR HARD WORKERS, BUT BY LAZY PEOPLE TRYING TO FIND EASIER WAY TO DO THE SAME.....SO BE LAZZZZYY!!!! |
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23 Jan 2008 06:40:43 IST
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i kg archmedis principle rate me
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<TABLE CELLSPACING="1" CELLPADDING="1" BORDER="0">
<TR><TD>
     
<DIV ALIGN="right">Glitter Graphics</DIV></TD></TR></TABLE>
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23 Jan 2008 11:13:24 IST
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assuming the water displaced due to the object flowa of the beaker
the balance will read 1000g
as the for an object floating mass of water displaced = mass of object
if the displaced water remains in the beaker it will read 1010g
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science-
the most fundamental
the most eternal
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23 Jan 2008 22:44:10 IST
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1010g! Mass won't disappear anywhere!Apparent lss of weight is just upward force exerted on solid by liquid!
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23 Jan 2008 22:48:46 IST
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1010 gm
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23 Jan 2008 22:52:51 IST
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I think the answer is 1000 g because if we consider the beaker and the boat to be the system then the bouyant force actsas an internal force because it gets balanced with the weight of the boat and hence weight fo the beaker provides weight.
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23 Jan 2008 23:02:30 IST
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the ans is 1000 grams
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23 Jan 2008 23:06:00 IST
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its 1010g......110% sure....
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PROGRESS ISN'T MADE BY EARLY RISERS OR HARD WORKERS, BUT BY LAZY PEOPLE TRYING TO FIND EASIER WAY TO DO THE SAME.....SO BE LAZZZZYY!!!! |
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24 Jan 2008 04:57:36 IST
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The correct answer is 1010g. Bcoz the ball floats due to buoyant force applied by water on the ball & acc to newton's third law, there will b an equal & opposite reaction acting on the water i.e. on the bottom of the baeker .
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Next ISSAC NEWTON....
...student of NIT , allahabad...... |
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24 Jan 2008 05:22:33 IST
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1010gms obviously.
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