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Sir, what's your name? I want to increase know... because the explanation was a work of genius....wish to follow and learn more from you...

Thank you so much... you're a genius...wish all the teachers were like this.

I gutta say that's self explanatory .

I believe there will be a slight variance (0.1%?) in column height for rain gauges of differing diameters. This is why an 8" diameter gauge was chosen as the global standard, for an accurate historical record.

Actually... if you have containers that are 1", 2", 4" and 8" in diameter side-by-side, the 8" diameter container will likely have deeper water in it, in inches (or centimeters). why? Because the distribution of raindrops is not even. and the 8" diameter container does a better job of capturing the distribution. That's why the National Weather Service uses a container that is 8" in diameter. Theoretically, the wider the container, the more accurate it will be, but in reality, it doesn't matter that much because rain will vary across the city you live in, some areas will always get more rain than others.

Thanks man. I have had this question in my mind since I came to know about rain meters.

Excellent explanation Make more videos like this

Idiot! Empty vessel making loudest noise. In rain all vessels will fill with rainwater. However, the volume in liters per unit area of opening will be the same.

"Rain drops are falling on my head" 🎷🎵🎶🎶🎼 "Boond boond jo ghat baryo... tapkat ritey hoy." [Sant Kabir]

Now, if you want a cylinder with a diameter of one drop of rain.... most of the rain will miss the opening,,, and it may show 0mm rain for some time, but once a drop hits the gauge, it may go directly to showing 5mm.

thank you sir all clear now😊

I can’t understand 😕. The bigger container will have less mi límite es?

brilliant explanation...

After how much time we will take readings from rain gauge device Sir?? Is it the reading taken after rain stops?? Or some seconds to minutes??

CLEAR CUT EXPLANATION.... TQ BRO

Thanks bro..

Cube or cylinder. Measurement should be the same unless sides are tapered.

My issue comes with wind blown rain. Wonder if the larger container will collect more in that case. Also the rim of the smaller container should contact more rain by area so larger rain drops might be more affected by hitting the rim and splashing out since the thickness of the wall of the container is not scaled.

Same for the Cuboid! am i correct?

Really different and finally my concept is cleared by explaination and example thank you ❤️ man, continue your work again

Thank you so much sir 😊

Oh man ! It's THEEE best explanation, i have been searching for a convincing reason and it struck me over the course of the video. Thank you. Keep up the great work

What about for those rain guage which has separate measuring cylinder to measure rainfall depth? Kindly explain..sir

Thanks man! I was searching for an answer for more than half an hour on the internet! Finally clear ! Keep going!😃👍🏻

Thanks man || this is what I was searching for.