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According to John Dalton's "Law of Conservation of Mass", mass cannot be created or destroyed. In any chemical reaction,
Posted: Mon May 23, 2022 2:22 am
by answerhappygod
- According To John Dalton S Law Of Conservation Of Mass Mass Cannot Be Created Or Destroyed In Any Chemical Reaction 1 (29.58 KiB) Viewed 13 times
- According To John Dalton S Law Of Conservation Of Mass Mass Cannot Be Created Or Destroyed In Any Chemical Reaction 2 (21.34 KiB) Viewed 13 times
According to John Dalton's "Law of Conservation of Mass", mass cannot be created or destroyed. In any chemical reaction, the same type of atoms must appear on both sides of the equation, and in the same amount Example: 2A + 3X AX reactants → products if I start with 2 atoms of A, and 3 atoms of X on the reactants side, then there must be 2 atoms of A, and 3 atoms of X on the products side to satisfy Dalton's law. If A has a mass of 4.50 g, and has a mass of 5.35 g. then; 2(4.50 g) + 3(5.35g) = AzX 9.00 g + 16.058 = (4.50)2 + (5.35) 25.05 g = 25.058 Balance the following equations and indicate the reaction type for each one. Show work. Fe + Cl2 → FeCl, 1. 2. Al2O3 → Al + O2 + 3. 3. CH4 + O2 CO2 + H20
4. Na POE + KOH → NaOH + K PO 5. MgO + KCI → MgCl2 + K30 6. K + AIBrKBr + Al 7. Fz + NaCl → NaF + Clz 8. Pb(OH)2 + HCI H30 + PbCl2