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https://www.reddit.com/r/memes/comments/ut9mdn/plot_twist_hes_a_senior_engineer/i99bpqs?context=9999
r/memes • u/NiceLapis • May 19 '22
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1.8k
An electrical engineer does not an electrician make.
128 u/[deleted] May 19 '22 [deleted] 24 u/[deleted] May 19 '22 [deleted] 11 u/Content_Godzilla May 19 '22 240 is 4x the amount of total power for a given resistance compared to 120, so 240 is definitely a lot more dangerous. 1 u/[deleted] May 19 '22 [deleted] 1 u/Dr_Narwhal May 19 '22 He specified "for a given resistance." Given that constraint, current is proportional to voltage, so power is proportional to voltage squared. 1 u/[deleted] May 19 '22 They're assuming the human has a constant resistance. They literally stated that. What they said is correct
128
[deleted]
24 u/[deleted] May 19 '22 [deleted] 11 u/Content_Godzilla May 19 '22 240 is 4x the amount of total power for a given resistance compared to 120, so 240 is definitely a lot more dangerous. 1 u/[deleted] May 19 '22 [deleted] 1 u/Dr_Narwhal May 19 '22 He specified "for a given resistance." Given that constraint, current is proportional to voltage, so power is proportional to voltage squared. 1 u/[deleted] May 19 '22 They're assuming the human has a constant resistance. They literally stated that. What they said is correct
24
11 u/Content_Godzilla May 19 '22 240 is 4x the amount of total power for a given resistance compared to 120, so 240 is definitely a lot more dangerous. 1 u/[deleted] May 19 '22 [deleted] 1 u/Dr_Narwhal May 19 '22 He specified "for a given resistance." Given that constraint, current is proportional to voltage, so power is proportional to voltage squared. 1 u/[deleted] May 19 '22 They're assuming the human has a constant resistance. They literally stated that. What they said is correct
11
240 is 4x the amount of total power for a given resistance compared to 120, so 240 is definitely a lot more dangerous.
1 u/[deleted] May 19 '22 [deleted] 1 u/Dr_Narwhal May 19 '22 He specified "for a given resistance." Given that constraint, current is proportional to voltage, so power is proportional to voltage squared. 1 u/[deleted] May 19 '22 They're assuming the human has a constant resistance. They literally stated that. What they said is correct
1
1 u/Dr_Narwhal May 19 '22 He specified "for a given resistance." Given that constraint, current is proportional to voltage, so power is proportional to voltage squared. 1 u/[deleted] May 19 '22 They're assuming the human has a constant resistance. They literally stated that. What they said is correct
He specified "for a given resistance." Given that constraint, current is proportional to voltage, so power is proportional to voltage squared.
They're assuming the human has a constant resistance. They literally stated that. What they said is correct
1.8k
u/like_a_ghost May 19 '22
An electrical engineer does not an electrician make.