영어에서 Are equivalent 을 사용하는 예와 한국어로 번역
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
the following calls to spawnlp() and spawnvpe() are equivalent.
Both approaches are equivalent mathematically and have the same physical consequences.
The above two lines are equivalent, and use arrow functions
The following example modifies a previous example to use this approach so that two fractional values are equivalent.
However HMA has consistent stable, reliable speeds that are equivalent or not even noticeably less than my direct connection to the internet.
On the thermodynamics, solar energy conversion for power, and drive(W) freezers are equivalent, known as solar thermal cooling.
These saved carbon emissions are equivalent to the carbon pollution generated by four million automobiles in a year.
The answer came from Einstein, who postulated that in the fundamental sense, energy and mass are equivalent and interchangeable.
It's effective. 34 hours of Duolingo are equivalent to a semester of university-level education.
All College of the Rockies associate degrees are equivalent to the first two years of a bachelor's degree in Arts or in Science.
while Ace cards are equivalent to 11.
Describes how to view the Extended Events events and actions that are equivalent to each SQL Trace event and its associated columns.
For simple unidirectional normal stresses all theories are equivalent, which means all theories will give the same result.
Some components are allowed to replaced by local parts, which are equivalent in quality and specification, but lower price.
N\nPinned messages are equivalent to the"Starred" or"Flagged" messages used by many webmail providers.".
Since the replacement has already been made, DEL and SPC are equivalent in this situation; both move to the next occurrence.
From this result, the viscometer automatically calculates the kinematic viscosity and delivers measurement results which are equivalent to ISO 3104 or ASTM D445.
Ask your students to show you how they solved it, and how the two given answers are equivalent.
Later in 1905, Einstein showed how mass and energy are equivalent.
The construction can also be reversed: given a δ^{\displaystyle{\widehat{\delta}}}, one can reconstruct a δ{\displaystyle\delta}, and so the two descriptions are equivalent.