1 an electrostatic precipitator could be useful for reducing...

1. An electrostatic precipitator could be useful for reducing soot emitted from a shoe factory but not for reducing noxious vapors from adhesives used in that factory. Explain. 2. Give a medical condition that becomes more prevalent with a decreased ozone layer. 3. Explain why a thermal inversion causes pollution problems.

Transcript

00:01 Since pushing to explain that the leicotidator could be used for decreasing the value of suit, how we can explain it.

00:09 We know that the leprosatidator is mainly called the filtration device, mainly called the filtration device that uses high intensity, high intensity to analyze the respiratory device that uses the high intensity electric fuel to analyze the respiratory device.

00:36 To r &rhp, test particle, what should happen exactly? we can say that it's a particle called dust and also for the unborn particle.

00:53 Unworn particle of which is an unbent carbon particle, which we mainly call soup, which we mainly call soup in the air.

01:05 In the air or the stream of the shoe factory and then they are collected by the oppositely charged collectors.

01:16 And these are collected by the oppositely charged collectors, charged collectors.

01:28 So we can also call electrons, collectors.

01:33 And then what would exactly happen? the soil particles will we can say the particle of dust once collected and they will point.

01:42 Follow from the collectors.

01:44 Ons collection, they will follow from the collectors from the collector due to the because of which force, because of the gravitational force due to the gravitational gravitational force.

02:11 Now in case of the noxious whippers, now in case of the noxious vapor, emitted from the adhesive, emitted from the adhesive, electrostatic respiratory, right definitely, failed to ionize the vapor, failed to anise the vapor in that case because they are organic in nature because they are organic in nature and so they are very low resistivity to these kind of chemicals and if they are charged very rapidly and if they are charged, then they rapidly lose the charge, rapidly, rapidly lose the charge, rapidly load the charge and hence get reentertain in the charactering...

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