53. Establish a correlation between the initial substances and the products primarily formed as a

53. Establish a correlation between the initial substances and the products primarily formed as a result of their interaction. INITIAL SUBSTANCES REACTION PRODUCTS
A) CH2=CH ─ CH3 + HBr → 1) CH2Br─CH2─CH3
B) CH2=CH ─ CH2F + HBr → 2) CH3 ─ CHBr ─ CH3
C) CH2=CH ─ CH3 + Br2(aq) → 3) CH3 ─ CHBr ─ CH2F
D) CH2=CH ─ CH3 + Br2 4) CH2Br ─ CH2 ─ CH2F 5) CH2Br ─ CHBr ─ CH3 6) CH2=CH ─ CH2Br + HBr

54. Establish a correlation between the initial substances and the products primarily formed as a result of their interaction. INITIAL SUBSTANCES REACTION PRODUCTS
A) CH2=CH─CH2─CH3 + HCl → 1) CH2Cl─CH2─CH2─CH3
B) CH2=CH─CH2─CH3 + HCl 2) CH3─CHCl─CH2─CH3
C) CH3─CH=CH2 + H2O 3) CH3─CHOH─CH3
D) CH3─CHCl─CH2─CH3 + KOH (alcoholic solution) → 4) CH3─CH2─CH2OH 5) CH2=CH─CH2─CH3 + KCl + H2O 6) CH3─CH=CH─CH3 + KCl + H2O

55. Establish a correlation between the reaction scheme and the product (or products) of alkene oxidation primarily formed as a result of the reaction. REACTION SCHEME OXIDATION PRODUCT (PRODUCTS) OF ALKENE
A) CH2=CH2 + O2 → 1) CO2 + H2O
B) CH2=CH2 + O2 2) CH2(OH)─CH(OH)─CH3
C) CH2=CH─CH3 + KMnO4 3) CO2 + CH3─COOH
D) CH2=CH─CH3 + KMnO4 4) C2H5─COOH 5) H2C─CH2 O /

56. Establish a correlation between the reaction scheme and the product (or products) of alkene oxidation primarily formed as a result of the reaction. INITIAL SUBSTANCES REACTION PRODUCTS
A) CH2=CH─CH2─CH3 + KMnO4 1) CH2(OH)─CH2(OH)
B) CH3CH=CH─CH3 + KMnO4 2) CO2 + H2O
C) CH2=CH2 + KMnO4 3) CH3COOH
D) CH2=CH2 + KMnO4 4) CO2 + C2H5─COOH 5) C3H7─COOH 6) CH3─CH(OH)─CH(OH)─CH3

57. The mass of bromine that can be added to 8.96 liters (STP) of ethylene is g. (Provide the number to the nearest integer.)

58. The volume of hydrogen bromide (STP) that can be added to 12.6 grams of propylene is L. (Provide the number to two decimal places.)

59. The volume of ethylene (STP) that can be produced by reacting 43.6 grams of bromoethane with an alcoholic solution of alkali is L. (Provide the number to two decimal places.)

60. The volume of carbon dioxide (STP) produced when 40 liters of ethene burn in 90 liters (STP) of oxygen is L. (Provide the number to the nearest integer.)

61. 20 liters (STP) of propene were burned in 100 liters (STP) of oxygen. The volume of oxygen that did not participate in the reaction was L. (Provide the number to the nearest integer.)