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Mn2O7 is a basic oxide....

`Mn_2O_7` is a basic oxide.

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False. Acidic
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Explore conceptually related problems

Assertion: `MnO` is basic whereas `Mn_2O_7` is acidic.
Reason: Higher the oxidation state of a transition metal in its oxide, greater is the acidic character.

Which of the following oxides are amphoteric ?
`Mn_2O_7 , CrO_3 , Cr_2O_3 , V_2O_5`

Which of the following is a binary oxide - Mn_2O_7 , CrO_3 , Cr_2O_3 , CrO , V_2O_5 , V_2O_4

Which of the following is amphoteric oxide?
`Mn_2O_7 , CrO_2 , Cr_2O_3, CrO , V_2O_5, V_2O_4`

Among the oxides, Mn_2O_7 (I), V_2O_3 (II), V_2O_5 (III), CrO (IV) and Cr_2O_3 (V) the basic oxides are

The acidic, basic or amphoteric nature of `Mn_2O_7, V_2O_5` and CrO are respectively

निम्न में से कौन-सा क्षारीय ऑक्साइड है?
`Mn_2O_7, V_2O_3, V_2O_5, CrO, Cr_2O_3`

निम्नलिखित में से कौन-सा उभयधर्मी ऑक्साइड है?
`Mn_(2),O_(7),CrO_(3),CrO_(3),CrO, V_(2)O_(5),V_(2)O_(4)`

मैंगनीज की फ्लुओराइडो में अधिकतम ऑक्सीकरण अवस्था `+4(MnF_(4))` होती है परन्तु ऑक्साइडों में अधिकतम ऑक्सीकरण अवस्था `+7(Mn_(2)O_(7))` होती है क्योकि _________।

ചുവടെ നൽകിയിട്ടുള്ള സംയുക്തങ്ങളിൽ മംഗനീസിന്റെ (Mn) ഓക്സിഡേഷൻ നമ്പർ കണ്ടെത്തുക 1)`Mn_2O_7`

Which of the following oxides are amphoteric? Mn_2O_7,CrO_3,Cr_O_3,V_2O_5

Assertion: MnO is basic whereas Mn_2O_7 is acidic. Reason: Higher the oxidation state of a transition metal in its oxide, greater is the acidic character.

Mn_2O_7 is a basic oxide.