#siunits — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #siunits, aggregated by home.social.
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Laramie Open a ‘big’ win for Utah’s Braxton Watts | Golf https://www.rawchili.com/5035271/ ##Watt #BritishSteamEngineEngineers #golf #InternationalSystemOfUnits #JamesWatt #laramie #MetricSystem #Power(physics) #ScottishMechanicalEngineers #SiDerivedUnits #SiUnits #sports #SportsCompetitions #tournament #UnitsOfPower #UnitsOfTemporalRate #Wyoming
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Laramie Open a ‘big’ win for Utah’s Braxton Watts | Golf https://www.rawchili.com/5035271/ ##Watt #BritishSteamEngineEngineers #golf #InternationalSystemOfUnits #JamesWatt #laramie #MetricSystem #Power(physics) #ScottishMechanicalEngineers #SiDerivedUnits #SiUnits #sports #SportsCompetitions #tournament #UnitsOfPower #UnitsOfTemporalRate #Wyoming
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Laramie Open a ‘big’ win for Utah’s Braxton Watts | Golf
LARAMIE — Joe Jensen stood atop a perch overlooking Jacoby Golf Course and foreshadowed what transpired hours later.…
#Golf #News #britishsteamengineengineers #internationalsystemofunits #jameswatt #laramie #metricsystem #power(physics) #scottishmechanicalengineers #siderivedunits #siunits #sports #sportscompetitions #tournament #unitsofpower #unitsoftemporalrate #watt #wyoming
https://www.europesays.com/golf/30093/ -
Pedantically speaking,
4 KB is 4 kelvin·bel.
(Working out which is the associated physical _quantity_, if any,
is the more interesting part of the exercise, of course.)_________
By the way, the first patent for a telephone was issued just a tad over 150 years ago.
Thomson's work on absolute temperature is about a quarter of a century older. -
Pedantically speaking,
4 KB is 4 kelvin·bel.
(Working out which is the associated physical _quantity_, if any,
is the more interesting part of the exercise, of course.)_________
By the way, the first patent for a telephone was issued just a tad over 150 years ago.
Thomson's work on absolute temperature is about a quarter of a century older. -
Pedantically speaking,
4 KB is 4 kelvin·bel.
(Working out which is the associated physical _quantity_, if any,
is the more interesting part of the exercise, of course.)_________
By the way, the first patent for a telephone was issued just a tad over 150 years ago.
Thomson's work on absolute temperature is about a quarter of a century older. -
Pedantically speaking,
4 KB is 4 kelvin·bel.
(Working out which is the associated physical _quantity_, if any,
is the more interesting part of the exercise, of course.)_________
By the way, the first patent for a telephone was issued just a tad over 150 years ago.
Thomson's work on absolute temperature is about a quarter of a century older. -
Pedantically speaking,
4 KB is 4 kelvin·bel.
(Working out which is the associated physical _quantity_, if any,
is the more interesting part of the exercise, of course.)_________
By the way, the first patent for a telephone was issued just a tad over 150 years ago.
Thomson's work on absolute temperature is about a quarter of a century older. -
Stop trying to make "kibibyte" happen. It's not going to happen.
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Stop trying to make "kibibyte" happen. It's not going to happen.
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Stop trying to make "kibibyte" happen. It's not going to happen.
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Stop trying to make "kibibyte" happen. It's not going to happen.
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The only usable ByteCountFormatStyle is decimal
Swift makes it relatively easy to format numbers as byte counts, with appropriate suffixes to indicate units and generally sensible auto-selection of scale factors. e.g.:
1234.formatted(.byteCount(style: .decimal))
1 kB(in English - results may vary depending on locale)
This is just a small subset of Swift's FormatStyle-based formatting capabilities, with which I have a bit of a love-hate relationship even when they're working correctly.
Alas, they don't always work correctly; some of [...]
https://wadetregaskis.com/the-only-usable-bytecountformatstyle-is-decimal/
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The only usable ByteCountFormatStyle is decimal
Swift makes it relatively easy to format numbers as byte counts, with appropriate suffixes to indicate units and generally sensible auto-selection of scale factors. e.g.:
1234.formatted(.byteCount(style: .decimal))
1 kB(in English - results may vary depending on locale)
This is just a small subset of Swift's FormatStyle-based formatting capabilities, with which I have a bit of a love-hate relationship even when they're working correctly.
Alas, they don't always work correctly; some of [...]
https://wadetregaskis.com/the-only-usable-bytecountformatstyle-is-decimal/
-
The only usable ByteCountFormatStyle is decimal
Swift makes it relatively easy to format numbers as byte counts, with appropriate suffixes to indicate units and generally sensible auto-selection of scale factors. e.g.:
1234.formatted(.byteCount(style: .decimal))
1 kB(in English - results may vary depending on locale)
This is just a small subset of Swift's FormatStyle-based formatting capabilities, with which I have a bit of a love-hate relationship even when they're working correctly.
Alas, they don't always work correctly; some of [...]
https://wadetregaskis.com/the-only-usable-bytecountformatstyle-is-decimal/
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Canadian friends, you use all kinds of units. Are you able to convert all of them or is the weight of a human a total different scale to you than a horse or a pack if flour? #units #imperialSystem #SIUnits
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Canadian friends, you use all kinds of units. Are you able to convert all of them or is the weight of a human a total different scale to you than a horse or a pack if flour? #units #imperialSystem #SIUnits
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Canadian friends, you use all kinds of units. Are you able to convert all of them or is the weight of a human a total different scale to you than a horse or a pack if flour? #units #imperialSystem #SIUnits
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Canadian friends, you use all kinds of units. Are you able to convert all of them or is the weight of a human a total different scale to you than a horse or a pack if flour? #units #imperialSystem #SIUnits
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Dinge, die meinen inneren Ingenieur in den Wahnsinn treiben:
Geschwindigkeit: Einheit m/s
Beschleunigung = Geschwindigkeit [m/s] pro Zeit [s]: Einheit [m/s^2]
Kraft = Masse [kg] mal Beschleunigung [m/s^2]: Einheit Newton [N] = kg*m/s^2
Arbeit = Kraft [N] mal Weg [m]: Einheit Joule [J] = kg*m^2/s^2
Leistung = Arbeit [J] pro Zeit [s]: J/s = Einheit Watt [W] = kg*m^2/s^3"um die Geschwindigkeit zu messen, mit der Arbeit verrichtet wird": 😵💫🤯
(Ingenieur off)
#engineer #siunits #watsonch -
Dinge, die meinen inneren Ingenieur in den Wahnsinn treiben:
Geschwindigkeit: Einheit m/s
Beschleunigung = Geschwindigkeit [m/s] pro Zeit [s]: Einheit [m/s^2]
Kraft = Masse [kg] mal Beschleunigung [m/s^2]: Einheit Newton [N] = kg*m/s^2
Arbeit = Kraft [N] mal Weg [m]: Einheit Joule [J] = kg*m^2/s^2
Leistung = Arbeit [J] pro Zeit [s]: J/s = Einheit Watt [W] = kg*m^2/s^3"um die Geschwindigkeit zu messen, mit der Arbeit verrichtet wird": 😵💫🤯
(Ingenieur off)
#engineer #siunits #watsonch -
Dinge, die meinen inneren Ingenieur in den Wahnsinn treiben:
Geschwindigkeit: Einheit m/s
Beschleunigung = Geschwindigkeit [m/s] pro Zeit [s]: Einheit [m/s^2]
Kraft = Masse [kg] mal Beschleunigung [m/s^2]: Einheit Newton [N] = kg*m/s^2
Arbeit = Kraft [N] mal Weg [m]: Einheit Joule [J] = kg*m^2/s^2
Leistung = Arbeit [J] pro Zeit [s]: J/s = Einheit Watt [W] = kg*m^2/s^3"um die Geschwindigkeit zu messen, mit der Arbeit verrichtet wird": 😵💫🤯
(Ingenieur off)
#engineer #siunits #watsonch -
Dinge, die meinen inneren Ingenieur in den Wahnsinn treiben:
Geschwindigkeit: Einheit m/s
Beschleunigung = Geschwindigkeit [m/s] pro Zeit [s]: Einheit [m/s^2]
Kraft = Masse [kg] mal Beschleunigung [m/s^2]: Einheit Newton [N] = kg*m/s^2
Arbeit = Kraft [N] mal Weg [m]: Einheit Joule [J] = kg*m^2/s^2
Leistung = Arbeit [J] pro Zeit [s]: J/s = Einheit Watt [W] = kg*m^2/s^3"um die Geschwindigkeit zu messen, mit der Arbeit verrichtet wird": 😵💫🤯
(Ingenieur off)
#engineer #siunits #watsonch -
Dinge, die meinen inneren Ingenieur in den Wahnsinn treiben:
Geschwindigkeit: Einheit m/s
Beschleunigung = Geschwindigkeit [m/s] pro Zeit [s]: Einheit [m/s^2]
Kraft = Masse [kg] mal Beschleunigung [m/s^2]: Einheit Newton [N] = kg*m/s^2
Arbeit = Kraft [N] mal Weg [m]: Einheit Joule [J] = kg*m^2/s^2
Leistung = Arbeit [J] pro Zeit [s]: J/s = Einheit Watt [W] = kg*m^2/s^3"um die Geschwindigkeit zu messen, mit der Arbeit verrichtet wird": 😵💫🤯
(Ingenieur off)
#engineer #siunits #watsonch -
New Metric Prefixes get Bigger and Smaller - It always fascinates us that every single thing that is made had to be designed by... - https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/ #metrology #science #siunits #units #news
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New Metric Prefixes get Bigger and Smaller - It always fascinates us that every single thing that is made had to be designed by... - https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/ #metrology #science #siunits #units #news
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New Metric Prefixes get Bigger and Smaller - It always fascinates us that every single thing that is made had to be designed by... - https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/ #metrology #science #siunits #units #news
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New Metric Prefixes get Bigger and Smaller - It always fascinates us that every single thing that is made had to be designed by... - https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/ #metrology #science #siunits #units #news
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New Metric Prefixes get Bigger and Smaller - It always fascinates us that every single thing that is made had to be designed by... - https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/ #metrology #science #siunits #units #news
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New Metric Prefixes get Bigger and Smaller
https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/
#metrology #Science #siunits #units #News -
New Metric Prefixes get Bigger and Smaller
https://hackaday.com/2022/11/22/new-metric-prefixes-get-bigger-and-smaller/
#metrology #Science #siunits #units #News -
The Earth weighs about six ronnagram, Jupiter about two quettagram and the diameter of the observable universe is about one ronnametre. Those are the new SI prefixes representing ronna (10^27) and quetta (10^30).
At the other end you have the ronto (10^-27) and quecto (10^-30). A ronto is useful for expressing the flux density of a radio emission (Jansky) which is 10^-26 Watts Metre^-2 Hertz^-1.
https://techmonitor.ai/policy/digital-economy/big-numbers-data-ronna-quetta
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The Earth weighs about six ronnagram, Jupiter about two quettagram and the diameter of the observable universe is about one ronnametre. Those are the new SI prefixes representing ronna (10^27) and quetta (10^30).
At the other end you have the ronto (10^-27) and quecto (10^-30). A ronto is useful for expressing the flux density of a radio emission (Jansky) which is 10^-26 Watts Metre^-2 Hertz^-1.
https://techmonitor.ai/policy/digital-economy/big-numbers-data-ronna-quetta
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The Earth weighs about six ronnagram, Jupiter about two quettagram and the diameter of the observable universe is about one ronnametre. Those are the new SI prefixes representing ronna (10^27) and quetta (10^30).
At the other end you have the ronto (10^-27) and quecto (10^-30). A ronto is useful for expressing the flux density of a radio emission (Jansky) which is 10^-26 Watts Metre^-2 Hertz^-1.
https://techmonitor.ai/policy/digital-economy/big-numbers-data-ronna-quetta
-
The Earth weighs about six ronnagram, Jupiter about two quettagram and the diameter of the observable universe is about one ronnametre. Those are the new SI prefixes representing ronna (10^27) and quetta (10^30).
At the other end you have the ronto (10^-27) and quecto (10^-30). A ronto is useful for expressing the flux density of a radio emission (Jansky) which is 10^-26 Watts Metre^-2 Hertz^-1.
https://techmonitor.ai/policy/digital-economy/big-numbers-data-ronna-quetta
-
The Earth weighs about six ronnagram, Jupiter about two quettagram and the diameter of the observable universe is about one ronnametre. Those are the new SI prefixes representing ronna (10^27) and quetta (10^30).
At the other end you have the ronto (10^-27) and quecto (10^-30). A ronto is useful for expressing the flux density of a radio emission (Jansky) which is 10^-26 Watts Metre^-2 Hertz^-1.
https://techmonitor.ai/policy/digital-economy/big-numbers-data-ronna-quetta
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The Earth now weighs 6 ronnagrams. What does that mean? Find out in this news story from the Washington Post https://wapo.st/3XgZMX5 :-)
#Ronna #Quetta #ronto #quecto #SIunits #science #measurement
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The Earth now weighs 6 ronnagrams. What does that mean? Find out in this news story from the Washington Post https://wapo.st/3XgZMX5 :-)
#Ronna #Quetta #ronto #quecto #SIunits #science #measurement
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The Earth now weighs 6 ronnagrams. What does that mean? Find out in this news story from the Washington Post https://wapo.st/3XgZMX5 :-)
#Ronna #Quetta #ronto #quecto #SIunits #science #measurement
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The Earth now weighs 6 ronnagrams. What does that mean? Find out in this news story from the Washington Post https://wapo.st/3XgZMX5 :-)
#Ronna #Quetta #ronto #quecto #SIunits #science #measurement
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The luminosity of the LHC is 100 am⁻²s⁻¹.
#siunits are not always useful. But 10³⁴cm⁻²s⁻¹ is not much better.
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The luminosity of the LHC is 100 am⁻²s⁻¹.
#siunits are not always useful. But 10³⁴cm⁻²s⁻¹ is not much better.
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The luminosity of the LHC is 100 am⁻²s⁻¹.
#siunits are not always useful. But 10³⁴cm⁻²s⁻¹ is not much better.
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The luminosity of the LHC is 100 am⁻²s⁻¹.
#siunits are not always useful. But 10³⁴cm⁻²s⁻¹ is not much better.
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The electron mass is 0.9 rontogram.
Now you know it. #siunits
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The electron mass is 0.9 rontogram.
Now you know it. #siunits
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The electron mass is 0.9 rontogram.
Now you know it. #siunits
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The electron mass is 0.9 rontogram.
Now you know it. #siunits
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The electron mass is 0.9 rontogram.
Now you know it. #siunits
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Naming Names - We have all heard that good variable names are important for creating readable programs — advice t... - https://hackaday.com/2021/01/23/naming-names/ #softwaredevelopment #namingconventions #variablenaming #comments #siunits #units
