City University of New York Department of Chemistry r questions 25.27 consider the ionic compound, potassium chlorate (KCIOs), a white crystalline solid that, when heated, reacts violently with glucose to produce a highly exothermic chemical reaction. This reaction if often ased in a chemical demonstration known as the Flaming Gummy Bear Potassium chlorate can be produced from calcium hydroxide via a 2-step mechanism according to the reactions shown below: 10 Reaction 1: Reaction 2: -6,Ca(OH): +_Cl2 â _ca(CO)2+_cach + Ca(CIO). + 2KCI 2KCIOz + CaClz 25)Wh en properly balanced, what is the sum of the coefficients for the first reaction in this mechanism? (Note: the coefficient of 6 for Ca(OH)2 has been provided to help you) CI a. 26 b. 24 c. 23 Ca 12 e. 26)According to the second reaction in the mechanism how many molecules of potassium chlorate will be produced from the reaction of 4 molecules of calcium chlorate? a. 2 molecules b. 4 molecules c. 6 molecules d. 8 molecules c e. 10 molecules 2k ç@g 27)Now imagine that you are given 8 x 1026 dozen molecules of calcium hydroxide to convert into potassium chlorate. If you react all 8 x 1026 dozen molecules of calcium hydroxide and produce calcium chlorate and then you react all the calcium chlorate that was produced, how many dozen molecules of potassium chlorate can you form? a. 9.6 x 1027 dozen b. 2.4 x 1027 dozen c. 1.6 x 1027 dozen d. 2.7x 1026 dozen e. 1.3 x 1026 dozen 28)When the molecules N2, N2H2, and N204 are arranged in order of decreasing N-N bond length (from longest to shortest), which order is correct? a N2H2, N204, N2 b N2H2, N2, N204 d. N2, N204, N2H2 N204, N2H2, N2