...than cold ones. — To four ounce-measures of water, at the temperature of the atmosphere, add three ounces of sulphate of soda in powder. Only part of...crystals. This last appearance affords an instance of. crystalization. To this law, however, there are several exceptions ; for many salts, among which is...

...three ounces of sulphate • I omit, purposely, the distinction between the soluliou and dissolution. J of soda in powder. Only part of the salt will be dissolved, even after being agitated some time. Apply hcnt, and the whole of the salt will disappear. When the liquor cools, a portion of salt will separate...

...than cold ones. — To four ounce-measures of water, at the temperature of the atmosphere, add three ounces of sulphate of soda in powder. Only part of the salt will be dissolv even after being agitated some time. Apply heat, and I whole of the salt will disappear. When...

...water, at the temperature of the atmosphere, add three ounces of sulphate of soda in powder, K»p- only part of the salt will be dissolved, even after...Apply heat, and the whole of the salt will disappear. To this law, however, there are several exceptions ; for many salts are equally, or nearly equally,...

...by heat. „ To four ounce-measures of water, at the temperature of the atmosphere, add ''''' three ounces of sulphate of soda in powder, only part of...dissolved, even after being agitated some time. Apply neat, and the whole of the salt will disappear. To this law, however, there are several exceptions...

...solvents than cold ones To four ounce-measures of water, at the temperature of the atmosphere, add three ounces of sulphate of soda in powder. Only part of...crystals. This last appearance affords an instance of erystallization. To this law, however, there are several exceptions ; for many salts, among which is...