Study Set Content:
Operate the apparatus using water as the immersion fluid unless another liquid is specified and maintain its temperature at
35–39 °C.
At the end of the specified time lift the basket from the fluid and observe the dosage units: all the dosage units have (blank)completely.
disintegrated
If one or two dosage units fail to disintegrate repeat the test on (blank)additional dosage units.
12
The requirements of the test are met if not less than (blank) of the 18 dosage units tested are disintegrated
16
For larger tables and capsules use
Apparatus B
Test 6 tablets or capsules either by using (blank)basket-rack assemblies in (blank) or by (blank) the procedure
2, parallel, repeating
In each of the 3 tubes place 1 tablet or capsule and, if prescribed, add a disc; suspend the assembly in the beaker containing the specified
liquid
Operate the apparatus using water as the immersion fluid unless another liquid is specified for the prescribed period, withdraw the assembly and (blank) the state of the tablets or capsules.
examine
To pass the test all 6 of the tablets or capsules must have
disintegrated
is the process through which a solute gets dissolved into a solvent and forms a solution.
Dissolution
is a quantitative term defining the maximum amount of solute which gets dissolved into the solvent
Solubility
is a quantitative term defining that maximum of how much solute will get dissolved into the solvent
Solubility
is the process through which a solute gets dissolved into a solvent and forms a solution.
Dissolution
increases with the rise in temperature
SOLUBILITY
Characteristics of solute and solvent
SOLUBILITY
Increase temperature usually increases the rate of
Dissolution
smaller sized and fine particles tend to (blank) at a faster rate
Dissolution
- its seen in the cases of gases and increase in pressure tends to increase the solubility of a gas in liquid.
Solubility
it makes room for the solute particles quickly
Stirring
Process
Dissolution
