Aqueous solutions of two compounds \[{{M}_{1}}-O-H\] and \[{{M}_{2}}-O-H\] are prepared in two different beakers. If, the electronegativity of \[{{M}_{1}}=3.4,\]\[{{M}_{2}}=1.2,\,\,O=3.5\] and \[H=2.1\] then the nature of two solutions will be respectively:

Aqueous solutions of two compounds \[{{M}_{1}}-O-H\] and \[{{M}_{2}}-O

1.	Aqueous solutions of two compounds \[{{M}_{1}}-O-H\] and \[{{M}_{2}}-O-H\] are prepared in two different beakers. If, the electronegativity of \[{{M}_{1}}=3.4,\]\[{{M}_{2}}=1.2,\,\,O=3.5\] and \[H=2.1\] then the nature of two solutions will be respectively:
A.	acidic, basic
B.	acidic, acidic
C.	basic, acidic
D.	basic, basic
Answer» B. acidic, acidic

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Aqueous solutions of two compounds \[{{M}_{1}}-O-H\] and \[{{M}_{2}}-O-H\] are prepared in two different beakers. If, the electronegativity of \[{{M}_{1}}=3.4,\]\[{{M}_{2}}=1.2,\,\,O=3.5\] and \[H=2.1\] then the nature of two solutions will be respectively:

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