KC5 ADI balancing chemical equations by

KC5 ADI balancing chemical equations by https://padlet.com/geovannyocampo728/xtxbv27599tv Marcelino Lagunes, Fabian Abarca, Geovanny Ocampo en-us 2018-01-29 19:05:04 UTC 2018-01-31 18:32:18 UTC hello@padlet.com Combustion geovannyocampo728 https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/225813900 8) __1_C₂H₄ + __3_O₂ ---> _2__CO₂ + _2__H₂O
13) _2__CH₃OH + _3__O₂ ---> __2_CO₂ + _4__H₂O
16) __1_C₂H₅OH + _2__O₂ ---> _2__CO₂ + _3__H₂O
18) _1__Cu₂SO₄ + _1__Zn ---> _2__Cu + _1__ZnSO_4
25)__1_C₆H₁₂ + _9__O₂ ---> _6__CO₂ + __6_H₂O

These Chemical equations belong here because all of them include elements of Oxygen and Carbon. these take part of heat and water vapor which tend to have the process of burning something.

]]> 2018-01-29 19:20:11 UTC https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/225813900 Synthesis- direlord9 https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226262295 1) _1__ P₄ + _3__O₂ ---> _2__P₂O₃ 3) _2__NH₃ + 1 H₂SO₄ ---> _1__(NH₄)₂SO₄ 4) _1__SO₂ + _1__H₂O ---> _1__H₂SO₃ 6) _1__Li₂O + _1__CO₂ ---> _1__Li₂CO_{3
11)}_2__C₅H₅ + _1__Fe ---> _1__Fe(C₅H₅)₂The reason these chemical equations are a synthesis reaction is because when there are two or more products they combine together and end up making a new product. These equations have a pattern of having two reactants and ending with one product. ]]> 2018-01-30 18:44:25 UTC https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226262295 Double Replacement(Displacement) direlord9 https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226263094 2)AgNO3+NaBr=NaNo3+AgBr
19)2 KI+Pb(No3)2=PbI2+2KNO3
24) MgCI2+2NH4OH=Mg(OH)2+2NH4CI
22) CaCI2+Na2SO4=CaSO4+2NaCI
20)2 AI(OH)3+3H2SO4=AI2(SO4)3+6H20
These Elements are Double Replacement (Displacement) because they switch around and have "partners." They also have pairs consisting of 2 elements in which they can never be alone. ]]> 2018-01-30 18:45:45 UTC https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226263094 Single Replacement(displacement) lagunmar008 https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226268067 5) 3H₂CO₃ + 2Al ---> 3H₂ + Al2(CO₃)₃
15) 2Al + Fe₂O₃ ---> 2Fe + Al₂O₃
17) Ca + 2HCl ---> CaCl₂ + H₂
21) C₅H₈ + 7O₂ ---> 5CO₂ + 4H₂O
23) Cl₂ + 2KI ---> 2KCl + I₂The reason that these chemical equations are single replacement is because the pattern consists of having the lone element, in the beginning, switching places with another in the second half of the equation. Therefore leaving a different element by itself or without a "partner".]]> 2018-01-30 18:53:43 UTC https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226268067 Decomposition lagunmar008 https://padlet.com/geovannyocampo728/xtxbv27599tv/wish/226278639 7) MgCO₃ ---> MgO + CO₂

9) 2NO₂ ---> 2O₂ + N₂

10) Ba(OH)₂ ---> BAO + H₂O

12) 2KCLO₃ ---> 2KCL +3O

14) 2HgO ---> 2Hg + O₂The reason these chemical equations are decomposition is because they start off as one element, but the product, or outcome, is split into two parts instead of one. The patterns is it goes from one big equation to being split into multiples.

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