please show the math of each step so that i can follow along and do it myself and actually understand it.

thank you very much I really appreciate it!!!

1. In a reactioe imvolving the iodinutioe of acetone, the following volumes were ased to male ap the rcistion misture: 10. mL.40Macctone+10mL.1.0MHCl+10.mL.0.0HOOMI+20.mLH2O a. How many moles of acctone were in the reaction mikcture? Recall that. for a componear A. meles of A=[A]V,whene[A] is the molarity of A and V is the volume in liten of the solution of A that was uscd. b. What was the molarity of acetane in the reation msture? The voleme of the misture was S0 ma or Q.050 L and the number of moles of accetone was found in Pan iak. Again. A=Vofsoln,inltersmolesofA M acctone 6. How could you dooble the molarity of the acetone in the mactine misturs, Locping the toxal velame at 50.mL. and heeping the same concentrations of H+icos and I as in the eniginal mixture? 2. Using the reactioe misture in Problem 1, a student found that it took 510 acconds for the collie of the la wa disappear. a. What was the nate of the reaction? (Hint: Fint find the initial concentration of ly in the reacticat mixture. [lile. Then use Eqaation 5.) rate=Misec b. Given the rate frocn Part (a), and the initial concentrations of acctooe. H. ion, and I2 in the reactioe 10. mL.4.0M acetone +20.mL.1.0MHCl+10.mL.0.0050MI+10.mL.H/O a. What were the initial conoentrations of acetone, H ion, and I2 in the reaction mixture? [acetone] M:[H+] M: [I2] M b. It took 127 seconds for the I2 color to disappear from the reaction mixture when it occurred at the same temperature as the reaction in Problem 2 . What was the rate of the reaction? Write Equation 3 as it would apply to the second reaction mixture: rate=M/sec rate= c. Divide the equation in Part (b) by the equation in Problem 2(b). The resulting equation should have the ratio of the two rates on the left side and a ratio of H+concentrations raised to the p power en the right. Write the resulting equation and solve for the value of p, the order of the reaction with respect to H. (Round off the value of p to the nearest integet.) A thind reaction mixture was made up in the following way: 10. mL.4.0M acctone +20.mL.1.0MHCl+5.0mL.0.0050MI2+15.mL.H2O If the reaction is zero onder in I3 how long would it take for the I2 color to dicappear at the temperature of the reaction mixture in Problem 3