Choose a test and a result for chloride (Cl^-)

ans format : test, result

Test:

A : add dilute acid

B : acidify with dilute nitric acid, then add aqueous silver nitrate

C : add aqueous sodium hydroxide, then aluminium foil; warm carefully

D : acidify, then add aqueous barium nitrate

E : add dilute hydrochloric acid, warm gently and test for the presence of sulfur dioxide

Results:

F : effervescence, carbon dioxide produced

G : white ppt

H : cream ppt

I : yellow ppt

J : ammonia produced

K : sulfur dioxide produced will turn acidified aqueous potassium manganate(VII) from purple to colourless

(a)  

Choose a test and a result for bromide (Br^-)

ans format : test, result

Test:

A : add dilute acid

B : acidify with dilute nitric acid, then add aqueous silver nitrate

C : add aqueous sodium hydroxide, then aluminium foil; warm carefully

D : acidify, then add aqueous barium nitrate

E : add dilute hydrochloric acid, warm gently and test for the presence of sulfur dioxide

Results:

F : effervescence, carbon dioxide produced

G : white ppt

H : cream ppt

I : yellow ppt

J : ammonia produced

K : sulfur dioxide produced will turn acidified aqueous potassium manganate(VII) from purple to colourless

(a)  

Choose a test and a result for iodide (I^-)

ans format : test, result

Test:

A : add dilute acid

B : acidify with dilute nitric acid, then add aqueous silver nitrate

C : add aqueous sodium hydroxide, then aluminium foil; warm carefully

D : acidify, then add aqueous barium nitrate

E : add dilute hydrochloric acid, warm gently and test for the presence of sulfur dioxide

Results:

F : effervescence, carbon dioxide produced

G : white ppt

H : cream ppt

I : yellow ppt

J : ammonia produced

K : sulfur dioxide produced will turn acidified aqueous potassium manganate(VII) from purple to colourless

(a)  

Choose a test and a result for nitrate (NO₃^-)

ans format : test, result

Test:

A : add dilute acid

B : acidify with dilute nitric acid, then add aqueous silver nitrate

C : add aqueous sodium hydroxide, then aluminium foil; warm carefully

D : acidify, then add aqueous barium nitrate

E : add dilute hydrochloric acid, warm gently and test for the presence of sulfur dioxide

Results:

F : effervescence, carbon dioxide produced

G : white ppt

H : cream ppt

I : yellow ppt

J : ammonia produced

K : sulfur dioxide produced will turn acidified aqueous potassium manganate(VII) from purple to colourless

(a)  

Choose a test and a result for sulfate (SO₄^2-)

ans format : test, result

Test:

A : add dilute acid

B : acidify with dilute nitric acid, then add aqueous silver nitrate

C : add aqueous sodium hydroxide, then aluminium foil; warm carefully

D : acidify, then add aqueous barium nitrate

E : add dilute hydrochloric acid, warm gently and test for the presence of sulfur dioxide

Results:

F : effervescence, carbon dioxide produced

G : white ppt

H : cream ppt

I : yellow ppt

J : ammonia produced

K : sulfur dioxide produced will turn acidified aqueous potassium manganate(VII) from purple to colourless

(a)  

Choose a test and a result for sulfite (SO₃^2-)

ans format : test, result

Test:

A : add dilute acid

B : acidify with dilute nitric acid, then add aqueous silver nitrate

C : add aqueous sodium hydroxide, then aluminium foil; warm carefully

D : acidify, then add aqueous barium nitrate

E : add dilute hydrochloric acid, warm gently and test for the presence of sulfur dioxide

Results:

F : effervescence, carbon dioxide produced

G : white ppt

H : cream ppt

I : yellow ppt

J : ammonia produced

K : sulfur dioxide produced will turn acidified aqueous potassium manganate(VII) from purple to colourless

(a)