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guys help with homework

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#1
thanatos11

help me guys i’m fucking braindead

https://prnt.sc/aICxDSnD9hZ6
the white tower is a phone tower
the climber doesn’t receive a signal at yellow but does at purple
i was under the impression you would receive a signal at purple due to the bigger wave lengths and lower frequency’s of radio waves resulting in the signal diffracting round the corner

#2
Kimchii
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but what does that have to do with tenz's legacy?

#3
thanatos11
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what legacy

#5
Kimchii
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that he is the first gamer to get a wife? what else could I be talking about?

#6
number1_ScreaM_fan
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nitr0 has one? so has GOAT shox

#7
thanatos11
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i’ll admit he has the greatest ever legacy if someone helps me

#4
Elso
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who is tenz?

#10
egg80085
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Who is TenZ? For the blind, it is light. For the hungry, it is bread. For the sick, it is the cure. For the sad, it is joy. For the poor, it is the treasure; for the debtor, it is forgiveness

#8
M0K1
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what are you currently studying answer might be too complex or ez depending on your education level

#12
thanatos11
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gimme both

#13
thanatos11
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it’s gcse

#9
iMyw_
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The mountain is blocking the signal no?

#11
thanatos11
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yeah but the waves should defract and reach the purple dot - the only thing i can think of is the waves are too frequent and have a wave length that is too small to defract around the hill

#15
iMyw_
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Yeah i think that’s it

#14
SnooTangerines
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It's hard to say if the signal will be received at purple due to diffraction or not.

This is a very qualitative analysis and that is usually not good.

It depends a lot on the actual distances involved and the wavelength of the wave. More importantly, Cell Phone towers do not emmit 1 wavelength, they do so in a band.

You might want to look into something called fading in wireless communication, more specifically large scale fading. But only if you are in the later stages of your undergraduate degree or postgrad.

If you are in school, you just want to look at the formulas for the diffraction pattern. If you are given the actual lengths and properties of the wave, you should be able to figure out why purple receives a signal.

Edit - It would be more helpful if you could show the actual question itself instead of your interpretation and where it was asked as it usually helps with people helping you out.

#16
thanatos11
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cheers bro

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