# data[].attributes.body
Based on the simple simulation shown to me, I have learned that the more powerplants and car exhaust in the area, the more pollutants are present and made, the more air pollution is present in the area, and while the wind helps in easing the amount present and cramped as the wind helps redistribute or carry these particles based on this direction, it still does not remove it completely from the area, rather redistributing it somewhere else.

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The simulation shows evidence that with more cars and factories in use, there would also be an increase in the number or percentage of air pollution wandering in the atmosphere; and this now tells each individual that there really is a need to make efforts to help the situation of the environment and create a safer home for everyone.

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Two thing I noticed from the activity is how particles or the gases emitted from the power plants are all still inevitably spread out to the whole region. Though it takes time for us to see its full effects, it may still cause detrimental conditions to people or to the environment. Also, it is important to take into account how mountains somehow block or minimize the spread of the said gases and protect its neighbor cities or regions.

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vechicles, coal burning facilities etc. cause pollution that can spread and travel from many places especially urban areas.

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The simulation made me realize that wherever you place a power plant or a source of air pollution, the air quality will always travel in great distances because of the big contribution of any amount of wind pressure there is, and that it will affect those who belong to a particular location that the air pollution may cover.

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Different factors such as wind, sunlight, and rain have great effects on the air pollution of a place by making its air quality better or worse.

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The wind contributes a lot to the spread of air pollutants; affecting the entire air quality of a region. No matter how far the factories are placed, with the help of the strength and direction of the wind, the pollutants can travel really far.

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I have realized how the wind plays a big part too in air pollution. No matter how far places are, there will always be a way for air pollution to travel in time. Although mountain ranges can stop air pollution to go to certain places, it will still affect our environment or any organisms in that area.

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Based on this destructive even if we think that it is safe or we cannot see it clearly with our own because we are not that focused about this topic, it is difficult to realize and make a change on our own. Dangerous input circle, air contamination adds to environmental change as well as exacerbated by it. The hotter, lighter air at the surface ascents, and the cooler, heavier air in the upper lower atmosphere sinks. can make air poisons move in or scatter from a space.

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The stimulation shows that wind does not lessen the air pollution made by the cars and the powerplants in a certain area, but rather, it carries it through the direction it travels. Moreover, the quantity of the cars and the powerplants intensifies air pollution.

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Based from the third activity, it has emphasized the concept/idea that pollutants can travel in a wide range of places. Hence, these affect the air quality which would then contribute negative effects to the people and other living organisms.

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I observed that the number of cars and power plants are directly proportional to the number of pollutants in the air. These pollutants can be blown into different directions by the wind, causing them to spread into places outside of the city.

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- Strong winds in whatever direction, disperse the pollutants quickly thus being a huge factor to the spread of air pollution
- The rise of sunlight causes a bigger increase to the number of incoming Secondary Pollutants
- Rain causes slight increases and decreases to the primary pollutants
* Sunlight causes higher rise of air pollutants than of rain

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After exploring the stimulation, I observed that the more cars and Factories, the larger the amount of pollution.

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When there was no wind, sunlight or rain at all, the primary pollutants rose consistently, while the secondary pollutants rose at a significantly slower rate, and did not even rise that much.

When I increased the wind only, it is observable that the west-blowing wind stimulated fewer pollutants, while the east-blowing wind stimulated more, while the secondary pollutants barely rose in number.

It is also observable that sunlight, at first, played a big role in the quick fall of the primary pollutants, but then they immediately rose again. The secondary pollutants rose notably with more sunlight.

Rain also made both types of pollution go down remarkably.

With these, I can say that weather and geography aid in the amount of pollution in the air. However, the main culprits here are the factories and cars that produce these greenhouse gasses that travel through the air.

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It can be observed that the wind conditions during different seasons have an affect on the direction of how local emissions travel to different places. The mountains also block the spread of pollution through emissions, proving that geography does affect air pollution. These are important factors to consider in constructing facilities which can hopefully maintain environmental sustainability even when pursuing for development.

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I was at first confused because I kept moving the amount of wind, rain, and sunlight which made the primary pollutants kept going up but what I have recognized is the smoke from the factories follow the direction of the wind which the amount of primary pollutants produced grew drastically.

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I observed that the more cars and factories or power plants are, the more fumes ad the more polluted the air gets and that factories produce more air pollutants than cars. Aside from this, I observed that the rain acts as a phenomena that lessens the concentration of pollutants in the air.

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Based on the simulation, I’ve observed that more cars and power plants produce more pollutants. Also, the wind affects the direction of the rain. For example, if the wind is towards the right, the pollutants go to the right and vice versa.

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Simple changed in the elements can change the result entirely. There's a constant up and down when it comes to the Primary Pollution. It made me better understand how our place can change how much dirt we expose to the air.

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In the simulation, I learned that all the factors such as wind change, sun and rain could effect the air pollution and how it can impact to us humans

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The simulation showed me that the rain helps decrease the amount of pollutants in the air.

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The simulation made me realize that no matter how far you place a powerplant or in general, a source of air pollution, it will still travel by the atmosphere making it dangerous for the organisms residing by those places.

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From the simulation, I observed that a high amount of sunlight increases the number of pollutants while rain decreases the number of pollutants.

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Only placing one car into the simulation has already created a large amount of pollutants over a short period of time and that shows how powerful technology can destroy life itself if not utilized properly. The wind only spreads the CO2 and other harmful components, which worsens the condition. Although the rain seems to suck in all the pollution, it more likely absorbs the chemicals, causing a reaction such as acid rain that would deeply affect water usage and consumption.

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I've observed that the more cars and power plants present, the more pollutants there is in the air. To add, the direction of the wind also has a big factor on the direction of the pollutants produced by the vehicles and power plants.

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I observed the following from the activity: 1) the more cars and power plants --> the more pollutants 2) pollutants cause acid rain 3) the direction of the wind and the strength of the wind affects the direction of the pollutants.

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I have observed that if weather affects pollution. If it is sunny the Primary and Secondary Pollutants increases but when it is raining it decreases.

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I observed that minimal cars and factories already cause air pollution and greater amounts of these will result to worse effects in the air we breathe.

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the quantity of pollutants have proportional relationship to the amount of air pollution.

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What struck me the most is when I saw this, " The sunlight increased the primary pollutants (air quality) along with the secondary pollutants.  Whereas, the rain decreases the air quality.  Lastly, the wind also played an important role to air pollution because it moves the pollution away". I didn't know that geography could affect the air pollutants

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Through this activity, I have realized that the direction of the wind play a very big role in the quality of air a region could get. No matter how far a factory is from the city, it could still travel to farther places and eventually pollute the city.

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Power Plants, countless and never ending vehicles or just simply wasting electricity contributes to the quality of air that we consume. That no matter where you are or how far you are from a certain area, at some point the whole world will be affected.

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The activity showed me the direct relationship between cars + power plants and air pollution ... the more cars and power plants, the more air pollution (and vice versa). It also showed me how rain acts as nature's damage control, lessening the air pollutants.

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The wind decreases pollutants because it moves it away. The rain decreases the air quality and the sunlight increases primary and secondary pollutants.

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The relationship between cars and power plants to pollutants is directly proportional. When there are more cars and power plants we also see more pollutants. On the other hand, the wind does not lessen the air pollution, thus, it just only directs and compresses in the desired direction.

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I observed the following while performing the simulation:
- The wind did not do much in terms of lessening the pollution in the atmosphere, it merely changed the direction that the pollution was heading to.
- Removing the wind element, the pollution would just be stagnant.
- The power plants have a bigger impact in producing pollution, compared to cars.
- The amount of power plants and cars affect the amount of pollution also.

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1. the amount of rain is indirectly proportional to the amount of primary and secondary pollutants.
2. pollutants increase when there is no wind.
3. the presence of a great amount of sunlight increased both primary and secondary pollutants.
4. even without wind, sunlight, and rain, the pollutants gradually continued to rise in number.

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Logically, when the amount of cars and factories are increased, the amount of pollution is also increased. It makes me realize how important it is that we pay attention to the different activities we do daily and how these can affect the air we breathe, and everything else in the environment. (considering the "toxic" rains that can happen)

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- The second activity demonstrates how wind, sunlight, and rain from different geographies affect the rate of pollution. Sunlight is directly proportional to primary and secondary pollutants. The wind causes an indirect proportion to the rate of pollution as it blows it away.

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The wind does not lessen the air pollution caused by the polluntants. It only transfers the pollution depending on the direction on the wind. Thus, cars and factories are considered one of the main causes of air pollution. The more car and factories we have, the more air pollution we create.

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The simulation made me observe that with more power plants and cars the more air pollution is produced. Also, depending on which directions the winds blow the air pollution and rain also goes to that direction.

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The wind does not eradicate the presence of the pollutants in the air, it moves the direction of where the said pollutants will land, in this case, the mountains or the sea. Added to this, it is seen that withou the wind, the pollutants are headed in an upward direction. This shows us that there is not positive impact from these emissions except for the fat that we rely on these through cars, buildings and powerplants.

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Sunlight produces more secondary pollutants. Rain produces more primary pollutants. Wind produces more primary pollutants.

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The activity 1 shows us that if the number  of  power plant, cars, and many others that also emit smoke or being produce is change the higher and faster the pollutants move around the city. The pollutants can also in a way mutate and be in large number if the power plants and cars are not maintained or lessen.

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Geography and weather plays a big role in air pollution. A concrete example of this is how the simple change in the direction of the wind affects the level of primary pollutants. West Winds cause a rise in pollutant levels whereas East Winds cause a drop in pollutant levels.

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Despite the location and my placement of the factories, I was able to observe that over time it will eventually begin to cause detrimental effects on its surrounding cities. However, I also noticed how the mountains we able to avert the air pollution caused by the factories.

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The simulation made me better understand the connection between weather and geography. Geography plays a huge role on the amount of sunlight, wind, and rain that a specific area receives which also greatly affects the amount of air pollution.

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Exploring the simulation gave me an idea what are the factors that affect the quality of the air. I observed that if I increased all, the wind, sunlight and rain, the air quality goes down.

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Increasing the amount of sunlight increased the amount of primary pollutants while the more rain, the air quality gets worse. The direction and strength of the wind also affects where the pollutions will head to.

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What I've observed is that when there were power plants and cars it produces air pollution, but when a wind occures it blows the pulluted air in any direction. But when the wind stop, rain suddenly occur.

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The simulation has showed me that the placement of factories or other sources of air pollutants contribute a lot to certain place's air quality. What we can take from this is not that we must place our factories in strategic locations - as the wind changes directions constantly - but that we should stem air pollution because of it's harmful effects on our habitats and place of living.

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Power plants and cars contribute to the number of air pollutants we have in the atmosphere. Furthermore, air pollutants only get pushed away by the wind (depending on the direction) but can never be eradicated by them.

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The second activity dismissed a few misconceptions I had surrounding how air pollution reacts to its surroundings. I did not think sunlight would have any effect on pollution or I would have thought that it increases pollution but in truth, it actually works to lessen it.

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My observation on this activity is how the cars and factories really affect the air. And when the flow/speed of air is slow it cluster in one space, while if the speed of the wind is fast, it can affect the mountains and bodies of water. The more cars and factories the more air pollution is created.

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I have noticed that the number of cars and power plants affect how much air pollution/pollutants is produced. The wind also have a great contribution as it manipulates which direction the pollution goes

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This simulation helped me understand better because it shows the different types of pollution and I observed that. And it is very interesting to learn it.

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This activity made me realize how pollution is a critical matter in our environment. With this activity, it gave me more clarity on how pollution affects our environment. I have observed how the wind does not erase pollution, it just transfer them on another area. The population of an area is also a factor that contributes to pollution.

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The weather has a big impact on the amount of pollution. When there's more sunlight, there are more pollutants. However, when there is rain the pollutants decreases.

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The second activity showed to me that the wind, sun, and air greatly affect the movement and number of primary pollutants and secondary pollutants. Therefore, this can also affect the quality of air that we breathe.

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Naturally, the more cars and power plants there are, the smoke is emitted and therefore also more air pollution. It is also noticeable that the wind pushes away the smoke/exhaust, but they are not really removed from the air.

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-greater amount of cars and factories result to greater amount of pollutants in the air.
-after a certain amount of pollutants build up in the atmosphere, it starts raining.

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wind direction is a big factor on where the air pollution moves to

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wind direction is a big factor on where the air pollution moves to

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10-2-14

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The third activity made me realize that no matter how far a pollutant source is from a certain city, the pollutants will travel overtime and reach many places. These pollutants could travel with concentrations high enough to take effect on our health and on the environment.

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The simulation gave me a better understanding on how weather affects air pollution. From playing around with the simulation, I observed that a place with more rain has less air pollution than an area with less rain.

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In relation to sunlight, I can observe that the more sunny it is, the more both primary & secondary pollutants are produced. However, the more is rains, the the amount of pollutants decrease.

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This activity showed me the direct relationship of the number of pollutants to the intensity of the air pollution. More pollutants = intense air pollution.

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- The amount of sunlight and the increase of the primary pollutants is directly related.
- Rain, on the other hand, decreases both primary and secondary pollutants.
- The direction of the wind affects the air quality such that it's responsible for the movement of the pollutants

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In simulation 1, I have observed the direct relationship of the number of cars and power plants to the number of pollutants. If there is an increase in the number of cars and power plants, then there is also an increase in the number of pollutants. The same goes if there is a decrease. I have also noticed how the speed and the movement of the wind greatly affect the movement of the air particles.

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This first activity gave me clarity that air pollution can be produced even in minimal interactions. It's also present with or without the cars or factories which are known to be the causes of pollutants. The simulation made me realize that the direction of air would also correspond to the movement or direction of the pollutants