The following statements about paper recycling is not true is Recycling paper can lead to 35% less water pollution.
The benefits of recycling cardboard and derivatives are numerous, these include a reduction in the consumption of water used in the production process, in addition, there is a reduction in energy, generating great savings for the company that recycles cardboard and its derivatives.
So the only alternative that is not true is Recycling paper can lead to 35% less water pollution.
See more about Recycling paper at brainly.com/question/9403211
water
iodine
air
calcium
Among these, it is water which is a compound.
A compound is a substance which is made up of two or more different elements. Apart from this, the different elements in a compound are bound by a chemical bond in a fixed proportion.Water is a compound which is made up of two different elements which are hydrogen and oxygen. The chemical formula of water is H2O. Also, the proportion of hydrogen to oxygen in water is definite which is 2:1. Among other options, iodine and calcium are elements. As far as air is concerned, it is a mixture of various gases not a compound. So, correct option is water.
Answer:
Sun?
Explanation:
A botanist publishes data about plant growth that does not support their original hypothesis and is replicable.
An ecologist publishes data funded by a construction company which supports their original hypothesis that an endangered animal's territory is not endangered.
A microbiologist publishes data funded by the National Institutes of Health that does not support their original hypothesis.
Answer:
hypertonic
Explanation:
During a hurricane, the plants in freshwater marshes die because the invading saltwater is hypertonic (B), meaning it has a higher solute (salt) concentration. This causes water from inside the cells to move out into the surrounding saltwater, which can lead to the cells losing so much water that they die.
During a hurricane, salt water invades fresh water marshes causing many of the plants to die and ultimately the loss of soil. This is because the salt-water solution is Hypertonic to the plants, which ends up drawing water from the plant cells.
A hypertonic solution has higher solute concentration (in this case, salt) than the inside of the plant cells.
Given that osmosis is the movement of water from an area of lower solute concentration to an area of higher solute concentration, the water inside the cells moves out into the surrounding saltwater, which can result in the cells losing too much water and dying.
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