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two radioactive substances X and Y emit alfa and beta particles respectively Their disintegration constants are in the ratio 2:3 To have equal probabilities of getting emission of alfa and beta particles the ratio of number o ...
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i heard dat our baords(HSC) will start frm last week of jan :s ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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A boy speaks truth 3 out of 4 times. a die is thrown and he reports it as a 6. what is the prob that it is actually a 6......... (i know a NCERT)but plz reply.. [1] ...
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A boy speaks truth 3 out of 4 times. a die is thrown and he reports it as a 6. what is the prob that it is actually a 6......... (i know a NCERT)but plz reply.. [1] ...
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A boy speaks truth 3 out of 4 times. a die is thrown and he reports it as a 6. what is the prob that it is actually a 6......... (i know a NCERT)but plz reply.. [1] ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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You can put down all your complaints.. errors on tests and anything that u dont like about this site.. on this thread. I will try to make it sticky so that it is always in the home page view! Or may be link this thread to ana ...
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*Image* at time t=0, string at point P is cut .. at that moment, the end T has velocity V0 , then find velocity of the points P,R,S and K. ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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*Image* at time t=0, string at point P is cut .. at that moment, the end T has velocity V0 , then find velocity of the points P,R,S and K. ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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Colours in complexes are decided by the constituents of the coordination sphere, right? So why do K4[Fe(CN)6] and Fe2[Fe(CN)6] differ in colour though coordination sphere is intact? ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Prove it: sin-1(1-x) - 2sin-1x = pi/2 ...
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Dear aspirants, The First Part-Test starts today & will continue till 9th December. You can take this test anytime during this period. The Link for taking this test will be put up on your homepage very shortly, keep looking a ...
