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Bilangan Oksidasi & Redoks – Soal Mudah

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Bilangan Oksidasi & Redoks – Soal Mudah

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Quiz singkat bilangan oksidasi dan reaksi redoks.

Created by

Afrida Afrida
Afrida Afrida
Indonesia

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Bilangan Oksidasi & Redoks – Soal Mudah
 

Bilangan Oksidasi & Redoks – Soal MudahOnline version

Quiz singkat bilangan oksidasi dan reaksi redoks.

by Afrida Afrida
1

Penentuan bilangan oksidasi: dalam NaCl, bilangan oksidasi Na adalah +1. Berapakah bilangan oksidasi Cl?

2

Bilangan oksidasi oksigen dalam H2O umumnya +2. Berapakah bilangan oksidasi hidrogen?

3

Redoks: jika Fe2O3 direduksi menjadi Fe, bilangan oksidasi Fe berubah dari +3 menjadi +2. Apakah ini reduksi atau oksidasi?

4

Senyawa yang kehilangan elektron disebut:

5

Bilangan oksidasi yodium dalam KI: berapakah bilangan oksidasi I?

6

Dalam reaksi sederhana Zn + CuSO4 → ZnSO4 + Cu, Zn berubah bilangan oksidasi dari +0 ke +2. Reaksi ini adalah:

7

Bilangan oksidasi natrium dalam Na2SO4 adalah:

8

Dalam senyawa oksida MgO, bilangan oksidasi Mg adalah:

9

Reaksi oksidasi–reduksi: jika suatu unsur bertambah bilangan oksidasinya, maka unsur tersebut mengalami:

10

Bilangan oksidasi klorin dalam ClO3− adalah:

11

Reaksi redoks sederhana: kalium permanganat KMnO4 dalam asam berperan sebagai:

12

Dalam reaksi reduksi logam tembaga dengan seng, logam mana yang teroksidasi?

13

Bilangan oksidasi karbon dalam CO2 adalah:

14

Bilangan oksidasi hidrogen dalam NaH adalah:

15

Oksidator kuat akan menyebabkan reduksi pada zat lain. Contoh oksidator kuat adalah:

Feedback

Cl biasanya -1 dalam senyawa NaCl; Na selalu +1.

H biasanya +1 kecuali logam hidrid. O dalam H2O adalah -2, H +1.

Penurunan bilangan oksidasi Fe menandakan reduksi.

Yang kehilangan elektron adalah reduktor; yang menerima elektron disebut oksidator.

Iodine dalam KI umum -1, K +1.

Zn kehilangan elektron (oksidasi). Cu menerima elektron (redoks).

Na umumnya +1 dalam senyawa ionik.

Logam alkali tanah umumnya +2 di oksida.

Penambahan bilangan oksidasi menunjukkan oksidasi.

ClO3−: oksidasi Cl total +5.

MnO4− di bawah kondisi asam berperan sebagai oksidator.

Zn kehilangan elektron sehingga teroksidasi; Cu menerima elektron.

Dalam CO2, karbon memiliki oksidasi +4.

H pada hydrida logam kadang -1; NaH nonlogam.

MnO4− adalah oksidator kuat dalam banyak reaksi redoks.

 
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