Xg of a metal (equ. wt=12) was completely dissolved in 100cc of N/2 HCl solution . It is found that

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Xg of metal(eq.wt=12) was completely dissolved in 100cc of N/2 HCL. The Volume was made upto 500cc. Xg of metal(eq.wt=12) was completely dissolved in 100cc of N/2 HCL. The Volume was made upto 500cc.
x g of metal (equivalent wt=12) was completely dissolved in 100 cc of N/2 HCl. The volume was then … x g of metal (equivalent wt=12) was completely dissolved in 100 cc of N/2 HCl. The volume was then …
Xg of a metal (eqv. wt=12) was completely dissolved in 100 ml of N/2 HCL. The volume is then made up Xg of a metal (eqv. wt=12) was completely dissolved in 100 ml of N/2 HCL. The volume is then made up
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4g of a divalent metal was dissolved in 100cc of 2M H2sou4(f=1.01). The excess and required 30cc of 4g of a divalent metal was dissolved in 100cc of 2M H2sou4(f=1.01). The excess and required 30cc of