Table of Contents
- 1 What thrives in the presence of carbon dioxide?
- 2 When a burning candle is introduced in a gas jar filled with carbon dioxide it?
- 3 What is the mixture of carbon dioxide?
- 4 Is a candle jar anaerobic explain?
- 5 Which of these jars has the highest amount of carbon dioxide explain?
- 6 What would you observe when burning magnesium is introduced into a jar of carbon dioxide write balanced equation for it?
- 7 How do you make carbon dioxide?
- 8 What happens to carbon dioxide in a jar?
- 9 How does a candle in a jar work?
What thrives in the presence of carbon dioxide?
Capnophiles are microorganisms that thrive in the presence of high concentrations of carbon dioxide. Some capnophiles may have a metabolic requirement for carbon dioxide, while others merely compete more successfully for resources under these conditions.
When a burning candle is introduced in a gas jar filled with carbon dioxide it?
It will put off because any thing to be burn need oxygen but the jar is filled with carbon dioxide. So, It will not burn .
What do you observe if a burning ribbon of magnesium is placed in a jar of carbon dioxide?
A magnesium ribbon is burnt in a jar of gas and black particles are seen on the wall of the jar. When magnesium is burnt in carbon dioxide, it leaves behind black particles of carbon by taking away the oxygen.
What is the mixture of carbon dioxide?
Carbon dioxide is composed of one carbon atom covalently bonded to two oxygen atoms. It is a gas (at standard temperature and pressure) that is exhaled by animals and utilized by plants during photosynthesis. Carbon dioxide, CO2, is a chemical compound composed of two oxygen atoms and one carbon atom.
Is a candle jar anaerobic explain?
is a candle jar anaerobic? explain. no. as the candle burns it uses oxygen to create CO2. when the candle stops burning the CO2 has increased whereas the oxygen has decreased.
What will happen if a burning candle is covered with a glass jar?
General Science A lit candle needs to draw oxygen from the air in order to continue burning. Thus, oxygen inside the glass jar will decrease and it gets filled with carbon dioxide, and eventually the candle’s flame will Extinguish.
Which of these jars has the highest amount of carbon dioxide explain?
Answer : The jar ‘C’ will have the highest amount of carbon dioxide as the mice jar is filled with the exhales of the mice and since there is no plant in the jar the carbon dioxide released can’t be used by plant.
What would you observe when burning magnesium is introduced into a jar of carbon dioxide write balanced equation for it?
2 Mg + CO2 → 2 MgO + C (soot).
What happens when a burning magnesium is inserted in the jar containing carbon dioxide?
When burning magnesium is placed in a glass jar containing carbon dioxide, it will continue to burn and a black solid is produced. Magnesium burns in presence of carbon dioxide because, the oxygen in the carbon dioxide is able to bond with magnesium and produce a magnesium oxide. Carbon is formed as a biproduct.
How do you make carbon dioxide?
Carbon dioxide is produced whenever an acid reacts with a carbonate. This makes carbon dioxide easy to make in the laboratory. Calcium carbonate and hydrochloric acid are usually used because they are cheap and easy to obtain. Carbon dioxide can be collected over water, as shown in the diagram.
What happens to carbon dioxide in a jar?
Combustion produces carbon dioxide and water vapor. Most of the water vapor will condense—you will likely see water drops form on the inner wall of the jar. Some of the carbon dioxide will dissolve into the water, causing bubbles similar to soda fizz, but most of the carbon dioxide will persist as gas inside the jar.
Why do lighter gases go to the top of a jar?
Lighter gases go to the top of the jar because gravity exerts a stronger pull on denser gases. As these colder, denser gases move downward, the region at the top of the jar is the only place left for lighter gases. Gravity, then, is the unsung hero in a candle flame’s narrative because it enhances circulation of air.
How does a candle in a jar work?
A common version of the candle-in-jar demonstration involves placing the jar upside-down in a dish of water, its lip submerged but elevated above the bot- tom. Because the rim is held above the bottom of the dish, water is free to flow into the jar. After lighting the candle and replacing the jar, the water level in the jar climbs as water enters.