Silver nitrate is usually supplied in coloured bottles because it is:
In the presence of light, silver nitrate decomposes to form silver. Hence to prevent the decomposition it is kept in dark coloured bottles.
$$ 2AgNO_3 \xrightarrow { \Delta } \quad 2Ag +2NO_2 +O_2 $$
Assign A, B, C, D from given type of reactions. A for precipitate formation reaction. B for precipitate dissolution reaction. C for precipitate exchange reaction. D for no reaction. $$2AgNO_3+Na_2C_2O_4 \longrightarrow Ag_2C_2O_4\downarrow +2NaNO_3$$
Assign A, B, C, D from given type of reactions. A for precipitate formation reaction. B for precipitate dissolution reaction. C for precipitate exchange reaction. D for no reaction. $$NaCl+AgNO_3 \longrightarrow AgCl\downarrow+NaO_3$$
Assign A, B, C, D from given type of reactions. A for precipitate formation reaction. B for precipitate dissolution reaction. C for precipitate exchange reaction. D for no reaction. $$NaBr+AgNO_3 \longrightarrow AgBr\downarrow+NaNO_3$$
Silver nitrate solution is kept in brown bottles in laboratory because:
Which of the following will not give a precipitate with $$AgNO_3$$?
In solution of $$ AgNO_3 $$, if Cu is dipped in the solution, the solution become blue due to
Which one of the following is known as lunar caustic when in fused state?
When silver nitrate is heated to red hot, what is formed?
The nitrate of which metal left globule on heating strongly:
Colourless solution of the following four salts are placed separately in four different test tubes and a strip of copper is dipeed in each one of these. Which solution will turn blue?