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During the night, trees undergo respiration, where they break down stored sugars to produce energy. This process releases carbon dioxide as a byproduct. However, the amount of oxygen produced during photosynthesis in the daytime typically exceeds the amount of carbon dioxide released at night.

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Why tamarind trees gives out more carbon dioxide instead oxygen?

Tamarind trees, like all plants, release oxygen during the day through a process called photosynthesis. However, during the night, they undergo respiration, where they take in oxygen and release carbon dioxide. This is why it may seem like tamarind trees give off more carbon dioxide than oxygen overall.


How many trees give oxygen twenty four hours?

Trees produce oxygen primarily during the day through photosynthesis. While some oxygen is still released by trees at night through a process called respiration, the amount is minimal. Therefore, it is more accurate to say that trees predominantly give off oxygen during daylight hours.


Do trees give off oxygen some times and carbon dioxide at other times?

During the day, trees undergo photosynthesis and release oxygen as a byproduct while absorbing carbon dioxide. At night, trees respire like all living organisms, releasing small amounts of carbon dioxide and consuming oxygen. Overall, they act as a net producer of oxygen.


Does banyan tree gives oxygen at night?

Define a "normal" tree; banyans are by no means extraordinary or any more special than any other type. Trees (in general and for the most part) produce huge amounts of oxygen, because of their size and the number of them that exist. However, in terms of the amount of oxygen-producing capability per amount of tree (in mass) they are fairly inefficient, and broadleafed plants are better for oxygen production by natural means.


How oxygen is cycled between the tree and the fox?

Trees release oxygen during photosynthesis, which is then taken in by animals like foxes during respiration. Foxes inhale oxygen and exhale carbon dioxide, which is used by the trees to create more oxygen through photosynthesis. This cyclical process maintains a balance of oxygen levels in the environment.

Related Questions

Why tamarind trees gives out more carbon dioxide instead oxygen?

Tamarind trees, like all plants, release oxygen during the day through a process called photosynthesis. However, during the night, they undergo respiration, where they take in oxygen and release carbon dioxide. This is why it may seem like tamarind trees give off more carbon dioxide than oxygen overall.


How many trees give oxygen twenty four hours?

Trees produce oxygen primarily during the day through photosynthesis. While some oxygen is still released by trees at night through a process called respiration, the amount is minimal. Therefore, it is more accurate to say that trees predominantly give off oxygen during daylight hours.


Why pipal gives oxygen in night?

The belief that peepal trees release oxygen at night is a myth. Like most plants, peepal trees photosynthesize during the day, producing oxygen as a byproduct. At night, they respire like other living organisms, consuming oxygen and releasing carbon dioxide.


Does tree let out more carbon dioxide in the morning or night?

Trees let out carbon dioxide more in the night. This is because the trees trunks are able to suck in more of the carbon dioxide that has been released during the day in the night. Therefore, during the night time, the trees are changing the carbon dioxide into the oxygen we need and the water that it needs for itself. Hope this helps. :)


Do you get more oxygen from trees or the ocean?

You get more oxygen from trees. Trees produce oxygen through photosynthesis, while the ocean produces oxygen mainly through phytoplankton. However, trees are more efficient at producing oxygen because there are more trees on land compared to phytoplankton in the ocean.


It is said that by planting more trees will help in increase oxygen level but even they give out carbondioxide during night time so the quetion is why not the carbondioxide level increases by planting?

During the day, trees perform photosynthesis and produce oxygen while absorbing carbon dioxide. At night, they undergo respiration and release some carbon dioxide but in much smaller amounts compared to the oxygen produced during the day. Overall, the net effect of planting trees is an increase in oxygen levels and a decrease in carbon dioxide levels in the atmosphere.


Does plants give off oxygen in the day or night?

The largest ones, of course. The larger the tree, the more carbon dioxide it can consume and the larger the amount of oxygen is produced. The largest trees are found in the rainforests with the exception of the California redwoods.


What do trees inhale at night?

Trees don't really inhale, they take in gases. Trees take in air but they use the carbon dioxide from the air, and let out oxygen as a waste product of this. They continue doing this all day and night exactly the same


What gas do we get from trees?

Through photosynthesis, trees produce oxygen.


What are most oxygen producing trees?

Some of the most oxygen-producing trees include oak trees, maple trees, and eucalyptus trees. These trees are known for their ability to absorb carbon dioxide and release high levels of oxygen during photosynthesis.


Do trees give off oxygen some times and carbon dioxide at other times?

During the day, trees undergo photosynthesis and release oxygen as a byproduct while absorbing carbon dioxide. At night, trees respire like all living organisms, releasing small amounts of carbon dioxide and consuming oxygen. Overall, they act as a net producer of oxygen.


If a tree releases carbon di oxide in night time then what is the use of Tree?

During the daytime, trees undergo photosynthesis, where they take in carbon dioxide and release oxygen. This process helps to purify the air and provide us with oxygen to breathe. While at night, trees respire like all living organisms, releasing some carbon dioxide. Overall, trees are still beneficial for their oxygen production and role in carbon sequestration.