Match the compound (Column I) with the oxidation number of oxygen in it (Column II). Use O = -1 in peroxide, -1/2 in sup

Question

Match the compound (Column I) with the oxidation number of oxygen in it (Column II). Use O = -1 in peroxide, -1/2 in superoxide and F = -1. Column I: P Na2O2; Q KO2; R OF2; S Na2O. Column II: 1 -2; 2 -1; 3 +2; 4 -1/2.

Accepted Answer

P-2, Q-4, R-3, S-1

Answer

P-4, Q-2, R-3, S-1

Answer

P-2, Q-4, R-1, S-3

Answer

P-1, Q-3, R-2, S-4

Match the compound (Column I) with the oxidation number of oxygen in it (Column II). Use O = $- 1$ in peroxide, $- 1/2$ in superoxide and F = $- 1$ . Column I: P $Na X_{2} O X_{2}$ ; Q $KO X_{2}$ ; R $OF X_{2}$ ; S $Na X_{2} O$ . Column II: 1 $- 2$ ; 2 $- 1$ ; 3 $+ 2$ ; 4 $- 1/2$ .

Answer: A

More questions on Formula from name and name from formula

Match the compound (Column I) with the oxidation number of oxygen in it (Column II). Use O = −1 in peroxide, −1/2 in superoxide and F = −1. Column I: P NaX2​OX2​; Q KOX2​; R OFX2​; S NaX2​O. Column II: 1 −2; 2 −1; 3 +2; 4 −1/2.

Answer: A

More questions on Formula from name and name from formula

Match the compound (Column I) with the oxidation number of oxygen in it (Column II). Use O = $- 1$ in peroxide, $- 1/2$ in superoxide and F = $- 1$ . Column I: P $Na X_{2} O X_{2}$ ; Q $KO X_{2}$ ; R $OF X_{2}$ ; S $Na X_{2} O$ . Column II: 1 $- 2$ ; 2 $- 1$ ; 3 $+ 2$ ; 4 $- 1/2$ .