A mature cherry tree can produce around 200 pounds of oxygen per year, which is enough to sustain two adult humans.
On average, a mature tree can produce enough oxygen for two people for a year. This can vary depending on the species and size of the tree. Trees absorb carbon dioxide and release oxygen through photosynthesis.
On average, a palm tree produces about 100 pounds of oxygen per year. This amount can vary depending on the species, size, and environmental conditions of the tree.
On average, a mature cedar tree can produce around 60-100 pounds of oxygen per year. The amount of oxygen produced can vary based on factors such as the age and size of the tree, as well as environmental conditions. During the spring and summer months when photosynthesis is most active, cedar trees will be producing oxygen at a higher rate.
One tree can provide enough oxygen for one person for one year. However, the amount of oxygen produced can vary depending on the species and maturity of the tree.
A mature cherry tree can produce around 200 pounds of oxygen per year, which is enough to sustain two adult humans.
On average, a mature tree can produce enough oxygen for two people for a year. This can vary depending on the species and size of the tree. Trees absorb carbon dioxide and release oxygen through photosynthesis.
60 pounds
One mature tree can produce enough oxygen for two people in a year. So, the number of trees needed to produce oxygen for a certain population would depend on the oxygen needs of that population.
around 80kg a year for a full grown tree.
One tree produces $625 in oxygen per year, enough for four people.
It requires 22 trees to produce the amount of oxygen consumed by one person. (An acre of trees produces enough oxygen for 18 people). This data comes from the Northwest Territories Forest Management site. Approximately 2 Moles per second Not all trees produce the same amount of oxygen in the same amount of time. 'Evergreen' trees for example generally produce less oxygen per hour than their leafy cousins per time interval generally, however they do continue producing oxygen when their leafy cousins lose their leaves in the autumn, and to a point even well into the cold of winter in many areas. The more green there is to a tree, in general, the more oxygen it will produce. The specific species of tree is important to consider, as well as the age, size and health of the tree. A healthy 4 year old apple tree will produce more oxygen per day of summer sun than a dozen 4 year old trimmed 'bonsai' trees, simply because the 4 year old apple tree has a much greater volume of chlorophyll laden leaves (and large leaves) than the bonsai trees do. The amount of oxygen produced is dependent on the amount of chlorophyll involved in the photosynthesis process. Although there is also the consideration of how much oxygen does the tree consume as well. (Plants do both, consuming oxygen and producing carbon dioxide, and consuming carbon dioxide and producing oxygen. I presume you are asking about the NET oxygen production of the tree (which is the oxygen it produces minus the oxygen it uses. In order to know this, however, we would have to account for how much of the time it is receiving enough sunlight to achieve photosynthesis and how much oxygen it is producing during that time, less the amount of oxygen it is using during the entire day (and night) At night trees and other plants produce very little if any oxygen, but they continue cellular respiration (use of oxygen) at a lower rate.
On average, a palm tree produces about 100 pounds of oxygen per year. This amount can vary depending on the species, size, and environmental conditions of the tree.
On average, a mature cedar tree can produce around 60-100 pounds of oxygen per year. The amount of oxygen produced can vary based on factors such as the age and size of the tree, as well as environmental conditions. During the spring and summer months when photosynthesis is most active, cedar trees will be producing oxygen at a higher rate.
A tree creates enough oxygen so that 10 to 20 people could inhale it in a full year, that means if you multiply 10 by 20 it creates the amount of how many oxygen a tree creates in 12 years. the answer of 10 multiplied by 20 people is 200 so in 12 years a tree creates enough oxygen so that 200 people could inhale it in a year. the same answer also stands for if people inhale the breath they took from that small to big tree.
a tree gives off 260 pounds per year.
70kg