Answer:
41.7%
Explanation:
The atomic number of Iodine is 53, 53/127 = 41.7
Answer:
The answer is below
Explanation:
The relevance of biological practice related to healthcare is very vast. Some of which are:
1. Biological practice helps in understanding the nature of humans and plants. Part of which is understanding the cell nature of human beings when healthy and when having diseases.
2. It also assists in developing modern vaccines, additional powerful medicines, and medical practices that can help combat the diseases in humans.
3. Biological practices also improve human understanding of the nature of diseases, their prediction, medication, and means of averting disease.
Oxygen, carbon, and hydrogen.
There is less average global ice, and coral bleaching will occur.Increases in surface temperature have caused an boom in the quantity of atmospheric water vapor over the oceans. This water vapor feeds climate structures that produce precipitation, growing the hazard of heavy rain and snow.
Warmer water temperatures put off ice boom withinside the fall and winter, and the ice melts quicker the subsequent spring, exposing ocean waters for an extended duration the subsequent summer. Changes in the quantity of sea ice can disrupt regular ocean circulation, thereby main to modifications in international weather.
Higher temperatures are worsening many sorts of disasters, consisting of storms, warmth waves, floods, and droughts. A hotter weather creates an surroundings which could collect, retain, and unharness extra water, converting climate styles in one of these manner that moist regions turn out to be wetter and dry regions drier.
To learn more about surface temperature here
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What a great way to see how bacteria exposed to Martian-like conditions will survive. By testing how well these bacteria do in the stratosphere we can gain insight into several things. 1) the likelihood that any bacteria still survives on Mars 2) how well bacteria introduced to Mars could survive and if there are existential risks to doing so and 3) how bacteria introduced to harsh conditions react more broadly, even on earth.