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The majority of pollutants reach levels that cause environmental impacts at part per million levels, this is 0.00001%. These levels, if expressed as percents, would require extensive careful reading to get correct and present oportunites for typogtaphical errors. AT lower levels such as part per billions this problem becomes even more evident.
Thypical pollutant level limits for metals are generally 1 ppm, for phenols 15 ppb.
What else can I help you with?
Why might a scientist studying water polllution work with percents less than one?
A scientist studying water pollution may work with percents less than one when analyzing very low concentrations of pollutants in water samples. This allows for more precise measurement and comparison of pollutant levels between different samples. Even small changes in pollutant concentrations can have significant impacts on water quality and ecosystems.
What might scientist researching the development of personality?
A scientist researching the development of personality is studying Psychology. It is the scientific study of the human mind and its functions, as well as those affecting behavior.
What type of data might a scientist get from studying coprolites?
A scientist studying coprolites can gain insights into the diet, nutrition, health, and behavior of ancient animals or humans. They can also analyze the presence of parasites, pathogens, DNA, and other organic materials to understand past environments and ecosystems.
Why was the Nile delta suited for settlements?
because it had silt
What hypothesis might another scientist suggest to Harte for the decrease in the number of salamander?
Another scientist might suggest the hypothesis that an increase in predation by natural predators of salamanders could be causing the decrease in their numbers. This could be investigated by studying predator populations, their behavior, and their interaction with salamanders in the ecosystem.
What might a scientist look for to collect evidence about the formation of a volcano?
A scientist studying the formation of a volcano might look for rock samples containing minerals like olivine and pyroxene, which can provide information about the volcano's composition and history. They might also examine the layers of volcanic ash and lava flows to understand the sequence of eruptions that built the volcano. Additionally, studying the shape and structure of the volcano, as well as any surrounding geological features, can offer insights into its formation process.
Is a scientist studying helminth working with bacteria?
A scientist studying helminths might not necessarily be working with bacteria, as helminths are parasitic worms that infect humans and animals. However, some research may involve interactions between helminths and bacteria as part of the host microbiome.
If a snake has limb buds what might a scientist conclude?
scientist might concluded that the snakes budding
How might a scientist begin to study the behavior of a spider?
A scientist studying spider behavior might start by observing them in their natural habitat to identify key behaviors, such as hunting, web-building, and mating. They could then design controlled experiments to test specific hypotheses, such as how environmental factors affect web construction. Additionally, the scientist might use video recordings to analyze the spiders' movements and interactions over time, allowing for detailed behavioral analysis. Lastly, the scientist may compare findings across different spider species to understand behavioral variations.
In a study of the sun what question might a applied scientist ask?
An applied scientists who studies the sun might ask how the energy is used in life. They may ask just how a plant is able to use the sun's energy to make food.
Why do scientist use snow to measure air pollution?
Scientists use snow to measure air pollution because it acts as a natural reservoir that captures and holds pollutants from the atmosphere as it falls. When snow accumulates, it can trap harmful substances like heavy metals, nitrates, and other particulates, allowing researchers to analyze the snow for these contaminants. By studying the concentration of pollutants in snow samples, scientists can assess the levels of air pollution over time and understand its sources and impacts on the environment. This method is particularly useful in remote areas where traditional air quality monitoring might be challenging.
When might a scientist use a model?
When the scientist is trying to represent an object or a system.
