No, she has the 'rona, her name is Exhaust Expander.
No, she *has* the 'rona, her name is Exhaust Expander.
•
Scientists voted to add new prefixes to the SI measurement system, like rhone - and kueta became the largest subdivisions in the system. After adding new divisions, scientists calculated that the new weight on Earth-our planet weighs approximately six ronagrams.
The measurements were adopted at the 27th General Conference of Weights and Measures, which meets at the Palace of Versailles in France every four years to determine new additions to the International System of Units (SI).
Like a pound, which is 1000 grams, a ronnagram is one gram, followed by 27 zeros and a ketagram, followed by 30 zeros. Prefixes can be applied to any of the basic units in the SI system. For example, ronnametr is one meter to the power of 27, and kettavolt is one volt of electric potential to the power of 30.
The latter prefix was proposed by Dr Richard Brown of the UK National Physical Laboratory due to the need of the information technology industry, which uses the previous highest prefixes in data storage (yotabytes and zetabytes).
"In terms of expressions given in Yotabaiti, which is the highest prefix currently, we are very close to the border," Brown told AFP. The last prefix will be relevant for the next 20 to 25 years. SI will face a new problem at this point, since when "R" and " Q " are no longer letters of the alphabet that are no longer used for other units.
New units make it easier to display very large objects. "If we think about the table, the Earth weighs about six ronagrams," Brown said. "Jupiter, it will be about two kuetagrams.“
The conference also voted on two new control sequences for describing the smallest objects in the universe. "Ronto" represents one unit to the power of minus 27, while "cuecto" represents one unit to the power of minus 30. After the changes, one kectogram is equal to 0.0000000000 000000000000000000001 grams.
Such small measurements are "useful for quantum science, particle physics, when you measure really, really small things," Brown explained.
https://obektivno.bg/ucheni-izchisliha-novoto-teglo-na-zemyata/
Scientists voted to add new prefixes to the SI measurement system, like rhone - and kueta became the largest subdivisions in the system. After adding new divisions, scientists calculated that the new weight on Earth-our planet weighs approximately six ronagrams.
The measurements were adopted at the 27th General Conference of Weights and Measures, which meets at the Palace of Versailles in France every four years to determine new additions to the International System of Units (SI).
Like a pound, which is 1000 grams, a ronnagram is one gram, followed by 27 zeros and a ketagram, followed by 30 zeros. Prefixes can be applied to any of the basic units in the SI system. For example, ronnametr is one meter to the power of 27, and kettavolt is one volt of electric potential to the power of 30.
The latter prefix was proposed by Dr Richard Brown of the UK National Physical Laboratory due to the need of the information technology industry, which uses the previous highest prefixes in data storage (yotabytes and zetabytes).
"In terms of expressions given in Yotabaiti, which is the highest prefix currently, we are very close to the border," Brown told AFP. The last prefix will be relevant for the next 20 to 25 years. SI will face a new problem at this point, since when "R" and " Q " are no longer letters of the alphabet that are no longer used for other units.
New units make it easier to display very large objects. "If we think about the table, the Earth weighs about six ronagrams," Brown said. "Jupiter, it will be about two kuetagrams.“
The conference also voted on two new control sequences for describing the smallest objects in the universe. "Ronto" represents one unit to the power of minus 27, while "cuecto" represents one unit to the power of minus 30. After the changes, one kectogram is equal to 0.0000000000 000000000000000000001 grams.
Such small measurements are "useful for quantum science, particle physics, when you measure really, really small things," Brown explained.
https://obektivno.bg/ucheni-izchisliha-novoto-teglo-na-zemyata/
(post is archived)