When lime-water is mixed with hydrogen and a burning splint is introduced, the mixture will produce a squeaky pop sound. This indicates the presence of hydrogen gas, as it reacts with oxygen in the air to create a small explosion. Lime-water itself does not react with hydrogen gas in this scenario.
Carbon dioxide gas extinguishes a lighted splint by cutting off the oxygen supply needed for combustion. When carbon dioxide is bubbled through lime water, it forms calcium carbonate, which causes the lime water to turn milky.
You can test for carbon dioxide gas using lime water. When carbon dioxide is blown into lime water, it turns cloudy due to the formation of calcium carbonate.
Carbon dioxide gas burns with a pop in lime water. When carbon dioxide gas is passed through lime water, it forms a milky precipitate of calcium carbonate, resulting in the pop sound due to the chemical reaction.
Saloni can test the nature of the gas by passing it through lime water. If the lime water turns milky, it indicates the presence of carbon dioxide in the gas. Alternatively, she can also test the gas by using a glowing splint. If the gas reignites the glowing splint, it suggests the presence of oxygen.
When lime water is mixed with oxygen, no immediate chemical reaction occurs. Lime water is a solution of calcium hydroxide in water and oxygen is a gas. However, if the lime water is exposed to the air, some of the calcium hydroxide may react with carbon dioxide in the air to form calcium carbonate, causing the lime water to turn milky.
ct of carbon dioxide on limewater
That gas is carbon dioxide.
If carbon dioxide and oxygen are bubbled through lime water separately the lime water through which carbon dioxide has been bubbled turns milky while the lime water through which oxygen is bubbled remains unaffected.
When lime-water is mixed with hydrogen and a burning splint is introduced, the mixture will produce a squeaky pop sound. This indicates the presence of hydrogen gas, as it reacts with oxygen in the air to create a small explosion. Lime-water itself does not react with hydrogen gas in this scenario.
Put the gas (CO2) in lime water. If the lime water changes colour, then it means that there is carbon dioxide in the gas depending on how fast the lime water changes colour
Put the gas (CO2) in lime water. If the lime water changes colour, then it means that there is carbon dioxide in the gas depending on how fast the lime water changes colour
Carbon dioxide gas extinguishes a lighted splint by cutting off the oxygen supply needed for combustion. When carbon dioxide is bubbled through lime water, it forms calcium carbonate, which causes the lime water to turn milky.
Gas (I assume you mean air ) contains Carbon dioxide and if you blow Carbon Dioxide into Lime Water, it turns it milky due to the formation of insoluble CaCO3 The equation is Ca(OH)2 + CO2 = CaCO3 + H20
You can test for carbon dioxide gas using lime water. When carbon dioxide is blown into lime water, it turns cloudy due to the formation of calcium carbonate.
When lime water (calcium hydroxide) and hydrochloric acid are mixed, they react to produce calcium chloride, water, and carbon dioxide gas.
The gas collected from the dead animal and bubbled through lime water is likely carbon dioxide (CO2). This gas reacts with the lime water (calcium hydroxide) to form calcium carbonate, which is insoluble and appears as a cloudy white precipitate.