6 report(s) found.
The line graphs illustrate the damage to the Antarctic ozone layer with reference to the ozone hole in Antarctica by size and three types of harmful gases (Freon, NO2, and H2O2) from 1980 to 2000. Overall, Freon gas caused more damage in 1985 compared to both NO2 and H2O2. By 2000, the size of the […]
The line graphs illustrates the damange of Antarctic ozone with reference of the ozone hole in Antarctic by size and 3 types ( Freon, NO2 & H2O2) of dangerous gases ( from 1980 to 2000. Overall, the freon gas in 1985 had done more damage contrast to both NO2 and H2O2. In 2000, the size […]
The first line graph illustrates the size of Antarctic ozone hole between 1980 and 2000 in kilometres squared, while the second chart reveals information about the production of hazardous gases in metric tonnes. The units are measured in thousands. Overall, the size of Antarctic ozone hole has increased over time. On the other hand, the […]
The two graphs illustrate three kinds of damaging gases and how they harm on the size of the ozone hole in Antarctica through 20 years from 1980. Overall, the production of NO2 and H2O2 exihibited an upward trajectory while Freon gas soared and decreased drammatically. Along with the increasing emissions of these harmful gases, the […]
The two line charts indicate the scale of Antarctic ozone hole and three categories of relative damaging gases production between 1980 and 2000. Overall,the size of ozone hole was steady increased over this period.There are two kinds of damaging gases emission surge and one kind gas dropped significantly. Initially,Antarctica ozone size was under 50 square […]
The line graphs illustrate the size of Antarctic Ozone Hole and the comparison of three different damaging gases being produced between 1980 and 2000. Overall, the size of the ozone hole in Antarctic experienced an upward trend over the given period. Noticeably, the production of freon was the only one undergoing the downward trend among […]