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[" TIAl "(SO(+))(2)*xH(2)O" is bec with ...

[" TIAl "(SO_(+))_(2)*xH_(2)O" is bec with edge length "a'=1.22nm" .If the density of the solid is "],[2.32g/cc" ,then the value of "x" is (Given "N_(" । ")=6times10^(23)" ,atomtextc weight (in "g/mol" ) "],[TI=204,Al=27,S=32,O=16,H=1)]

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Tl Al (SO_(4))_(2).xH_(2)O is bcc with a=1.22nm. If the density of the solid is 2.32g/cc, then the value of x is (atomic wt: TI=204, Al=27,S=32, O=16,H=1)

TIAI(SO_(4))_(2) .xH_(2)O is bcc with 'a' =1.22 nm. If the density of the solid is 2.32 g// c c , then the value of x is (Given : N_(A) = 6xx 10^(23) ) , at . Mass : TI=204 , AI =27, S=32 ).

TIAI(SO_(4))_(2) .xH_(2)O is bcc with 'a' =1.22 nm. If the density of the solid is 2.32 g// c c , then the value of x is (Given : N_(A) = 6xx 10^(23) ) , at . Mass : TI=204 , AI =27, S=32 ).

TIAI(SO_(4))_(2) .xH_(2)O is bcc with 'a' =1.22 nm. If the density of the solid is 2.32 g// c c , then the value of x is (Given : N_(A) = 6xx 10^(23) ) , at . Mass : TI=204 , AI =27, S=32 ).

A 100 mL solution was made by adding 1.43 g of Na_(2)CO_(3). xH_(2)O . The normality of the solution is 0.1 N. The value of x is _______. ("The atomic mass of Na is 23 g/mol")

A 100 mL solution was made by adding 1.43 g of Na_(2)CO_(3). xH_(2)O . The normality of the solution is 0.1 N. The value of x is _______. ("The atomic mass of Na is 23 g/mol")

Al_(2)(SO_(4))_(3).XH_(2)O has 8.1% aluminium by mass. The value of X is:

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