1.7 gram of silver nitrate dissolved in 100gram of water is taken. 0.585 gram of nacl dissolve in 100gram of water is added to it and chemical reaction occurs.
1.435gm of AgCL and 0.85 gm nano3 are formed. show that it illustrate law of conversion of mass
Answers
In any phusical and chemical change, mas can neither be created nor be destroyed.
In Means-
Total mass of the reaction = Total mass of product
The above numerical is based on this law
★Total mass before chemical change
=> mass of AgNo3 + mass of NaCl + mass of water
=>1.70+0.585+200
=>202.285 gram
★Total mass after chemical reaction
=>mass of AgCl + mass of NaNo3 + mass of water
=>1.435+0.85+200
=>202.285 gram
Thus, given reaction...
Total mass of reactants = Total mass of products
Secondary SchoolChemistry 19+10 pts
1.7 gram of silver nitrate dissolved in 100gram of water is taken. 0.585 gram of nacl dissolve in 100gram of water is added to it and chemical reaction occurs.
1.435gm of AgCL and 0.85 gm nano3 are formed. show that it illustrate law of conversion of mass
Ask for details FollowReport by Vidyamandir13 16.04.2019
Answers
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\huge\sf{\underline{Law}}
\sf{Law\:of\:converstion\:mass}
In any phusical and chemical change, mas can neither be created nor be destroyed.
In Means-
Total mass of the reaction = Total mass of product
The above numerical is based on this law
\huge\sf{\underline{Solution}}
★Total mass before chemical change
=> mass of AgNo3 + mass of NaCl + mass of water
=>1.70+0.585+200
=>202.285 gram
★Total mass after chemical reaction
=>mass of AgCl + mass of NaNo3 + mass of water
=>1.435+0.85+200
=>202.285 gram
Thus, given reaction...
Total mass of reactants = Total mass of products