Megha Khandelwal

This is the second part of the course Salt Analysis. In the first course you will learn about the qualitative analysis of anion and in this the educator Megha will discuss about the qualitative analysis of cation to identify the salt quicker than ever. Firstly, will understand the Preliminary Test then see the classification of anions on the basis of Reagent used and in last will understand the individual tests for each Cation. Here, we will move gradually from easy to difficult level so that every aspirant will be able to retain more. And more will be discussed in chart and flow chart form.

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

English

Salt Analysis for JEE Mains and Advanced:Course -2 - IIT JEE

Qualitative Analysis

Inorganic Chemistry

Chemistry

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This is the overview of the course Salt Analysis/ Qualitative Analysis of Cations and Anions.

Salt Analysis (Course-2): Course Overview

Here, in this lesson will discuss the classification of Cations in different groups depending upon the reagent used to perform the tests. This will help us to find the probable cation present in the mixture.

Qualitative Analysis of Cations

Here, in this lesson will discuss about the Preliminary Tests to identify the presence of probable cation in a mixture. 
1. Physical Appearance 
2. Charcoal Cavity Test
3. Cobalt Nitrate Test

Preliminary Tests

This lesson will discuss some important points regarding Group-1  and Group-2 Radicals. 
1. Why we do the test for Pb+2 in group-1 as well as in group-2? 
2. In group-2 analysis, H2SO4 or HNO3 cannot be used in place of HCl. Why?

Important points: Analysis of Group-1 & Group-2 Radicals

This lesson will discuss some important points regarding analysis of Group-3 Radicals.

Important points: Analysis of Group-3 Radicals

This lesson will discuss the qualitative analysis of Ammonium Ion ie. Group-Zero radical.

Test for ‘zero’ group radical: Ammonium Ion (NH4+)

This lesson will discuss the qualitative analysis of Lead Ion ie. Group-1 radical.

Test for ‘1st’ group radical: Lead Ion (Pb+2)

This lesson will discuss the qualitative analysis of Mercury (I) Ion ie. Group-1 radical.

Test for ‘1st’ group radical: Mercury (I) Ion (Hg2^2+)

This lesson will discuss the qualitative analysis of Silver (I) Ion ie. Group-1 radical.

Test for ‘1st’ group radical: Silver Ion (Ag+)

This lesson will discuss the qualitative analysis of Copper Ion ie Group-2 Radical.

Test for ‘2nd’ group radical: Copper Ion (Cu+2)

This lesson will discuss the qualitative analysis of Mercury(II) Ion ie. Group-2 Radical.

Test for ‘2nd’ group radical: Mercury (II) Ion (Hg+2)

This lesson will discuss the qualitative analysis of Lead Ion ie. Group-2 Radical.

Test for ‘2nd’ group radical: Lead Ion (Pb+2)

This lesson will discuss the qualitative analysis of Bismuth Ion ie. Group-2 Radical.

Test for ‘2nd’ group radical: Bismuth Ion (Bi+3)

This lesson will discuss the test that we can perform in our laboratory for the qualitative analysis of Group-3 radicals.

Test for ‘3rd’ group radicals: Al3+, Cr3+, Fe3+

This lesson will discuss the tests for Aluminium Ion ie. a 3rd group radical.

Test for ‘3rd’ group radical: Aluminium Ion (Al3+)

This lesson will discuss the tests for Ferric Ion ie. a 3rd group radical.

Test for ‘3rd’ group radical: Iron Ion (Fe3+)

This lesson will discuss the tests for Chromium Ion ie. group-3 radical.

Test for ‘3rd’ group radical: Chromium Ion (Cr3+)

This lesson will discuss the tests for Zinc Ion ie. 4th group radical.

Test for ‘4th’ group radical: Zinc Ion (Zn2+)

This lesson will discuss the tests for Manganese Ion ie. 4th group radical.

Test for ‘4th’ group radical: Manganese Ion (Mn2+)

This lesson will discuss the test that we can perform in our laboratory for the qualitative analysis of Group-5 radicals and  the test for Barium Ion.

Test for ‘5th’ group radical: Barium Ion (Ba2+)

This lesson will discuss the test for the qualitative analysis of Group-5 radicals ie. Sr2+ & Ca2+

Test for ‘5th’ group radicals: Sr2+ & Ca2+

This lesson will discuss the test for the qualitative analysis of Group-6 radical ie. Mg2+

Test for ‘6th’ group radical: Magnesium Ion (Mg2+)

DPP-1: Qualitative Analysis of Cations

chemistry educator || M.Sc.-Chemistry , B.ed || 9 years teaching experince || referral code- "VISHWAUP10"|| Youtuber || JEE NEET 

Vishwa Vivek Sharma

In this course we will learn about the salt analysis and radical testing. Very important for exam and practical chemistry.

(Hindi) Salt Analysis - JEE and NEET

IITian & Chemistry topper in IIT-JEE. Youtuber, Best Chemistry Teacher in Patna for JEE Main & Advanced, NEET at Kankarbagh & Boring Road

Rishi Kumar

salt analysis includes application of knowledge of properties of block elements as well as knowledge of detection of cations & anions. 
Most of the students ignore this topic due to complexity & ignorance by their teachers & so students find it difficulty to command this topic. With me, let us enjoy this chapter & score maximum in JEE/NEET/AIIMS

(Hindi) Salt Analysis: Qualitative Inorganic Chemistry

(N.K.D.Sir) is a
Complete Chemistry faculty for IIT~JEE, and NEET examination.
with more then 11 year  of Teaching  experience in various 

Niranjay Kumar Dwivedi

This course is based on all inorganic groups detection method  (acid or basic radicals) and all important inorganic test.

(Hindi) Inorganic Analytical Chemistry

I am passionate about teaching chemistry....

Dr Manu Kaushal

(Hindi) Important Concepts in Inorganic Chemistry

Paaras Thakur

This course covers the basic concepts and a number of selected problems for board + competitive exams like JEE, NEET, AIIMS

(Hindi) Periodic Properties for JEE/NEET/AIIMS

This course will discuss occurrence of elements in nature. Steps involved in the extraction of metals, concentration, reduction by chemical and electrolytic methods and refining with reference to extraction of Al, Cu, Zn & Fe and Ellingham Diagrams.

Lessons

23 lessons • 4h 59m