Interesting. I had wonder if that could be correct. My nose told me it isn't. 107.95 don't fit very well. And indeed the correct value is 103.7 But thank you very much. Good explanation.👌
I love your videos and will continue to watch them, they have been an enormous help. However, you may consider getting a new microphone or doing some audio preprocessing, the volume fluctuations almost blow out my eardrums every time
I don't really know if this is what you are asking for but, To get that graph you need to plot distance with weight. For Distance: You take a series of values for distance, say 0 to 100. For Weight: Weight is just a function of distance, w = 1/d^p where p = power (determines how strongly distance affect weight) take p=1 for now and substitute it in the formula. Now you simply plot distance as x and weight as y. You get that graph.
Interesting. I had wonder if that could be correct. My nose told me it isn't. 107.95 don't fit very well. And indeed the correct value is 103.7
But thank you very much. Good explanation.👌
Of course, it cannot be larger than the surrounding values. I will fix the video. Thanks for noticing. Cheers.
@@TheGeomatician cap
really great video!!! thanks a lot! :)
I love your videos and will continue to watch them, they have been an enormous help. However, you may consider getting a new microphone or doing some audio preprocessing, the volume fluctuations almost blow out my eardrums every time
Explain the weight value how u caculated weight
As mentioned in the video, w = 1/d^p
take p as whatever you want (0.25 is most used as mentioned in the video)
How the weight is plotted against the distance directly. Please elaborate
I don't really know if this is what you are asking for but,
To get that graph you need to plot distance with weight.
For Distance:
You take a series of values for distance, say 0 to 100.
For Weight:
Weight is just a function of distance,
w = 1/d^p
where p = power (determines how strongly distance affect weight)
take p=1 for now and substitute it in the formula.
Now you simply plot distance as x and weight as y. You get that graph.