#dilation — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #dilation, aggregated by home.social.
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Understanding Dilation and Curettage (D&C) Procedure: A Detailed Review
Dilation and Curettage (D&C) Procedure: What You Need to Know
<p>Dilation and curettage (D&C) is a common surgical procedure performed to diagnose and treat various gynecological issues, including abnormal bleeding, uterine fibroids, and cancer. In this article, we'll delve into the details of t...
🔗 https://userreview.net/en/content/dilation-and-curettage-procedure-review-reviews
#Dilation and Curettage #D&C Procedure #Gynecological Issues
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Can anybody please calculate for me the time #dilation numbers related to how much faster someone at the equator is moving compared to someone at, say, either of the poles? Or anywhere in between, really. Ideally, a simple formula that correlates degrees of latitude with speed of revolution would be great. I’m at 40°30’36”N, and 4960ft elevation. I presume elevation also factors into it.
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Can anybody please calculate for me the time #dilation numbers related to how much faster someone at the equator is moving compared to someone at, say, either of the poles? Or anywhere in between, really. Ideally, a simple formula that correlates degrees of latitude with speed of revolution would be great. I’m at 40°30’36”N, and 4960ft elevation. I presume elevation also factors into it.
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Can anybody please calculate for me the time #dilation numbers related to how much faster someone at the equator is moving compared to someone at, say, either of the poles? Or anywhere in between, really. Ideally, a simple formula that correlates degrees of latitude with speed of revolution would be great. I’m at 40°30’36”N, and 4960ft elevation. I presume elevation also factors into it.
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Can anybody please calculate for me the time #dilation numbers related to how much faster someone at the equator is moving compared to someone at, say, either of the poles? Or anywhere in between, really. Ideally, a simple formula that correlates degrees of latitude with speed of revolution would be great. I’m at 40°30’36”N, and 4960ft elevation. I presume elevation also factors into it.
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Can anybody please calculate for me the time #dilation numbers related to how much faster someone at the equator is moving compared to someone at, say, either of the poles? Or anywhere in between, really. Ideally, a simple formula that correlates degrees of latitude with speed of revolution would be great. I’m at 40°30’36”N, and 4960ft elevation. I presume elevation also factors into it.
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hot take: dilation is enjoyable
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#DidYouKnow: Gravitational #Time #Dilation is the effect of #Gravity on the passage of time.
It's a form of time dilation, which is the difference in elapsed time between two events as measured by observers at different distances from a gravitating mass.https://knowledgezone.co.in/posts/Gravitational-Time-Dilation-65aa2c12ce0aa503032077d3
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#DidYouKnow: Gravitational #Time #Dilation is the effect of #Gravity on the passage of time.
It's a form of time dilation, which is the difference in elapsed time between two events as measured by observers at different distances from a gravitating mass.https://knowledgezone.co.in/posts/Gravitational-Time-Dilation-65aa2c12ce0aa503032077d3
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#DidYouKnow: Gravitational #Time #Dilation is the effect of #Gravity on the passage of time.
It's a form of time dilation, which is the difference in elapsed time between two events as measured by observers at different distances from a gravitating mass.https://knowledgezone.co.in/posts/Gravitational-Time-Dilation-65aa2c12ce0aa503032077d3
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#DidYouKnow: Gravitational #Time #Dilation is the effect of #Gravity on the passage of time.
It's a form of time dilation, which is the difference in elapsed time between two events as measured by observers at different distances from a gravitating mass.https://knowledgezone.co.in/posts/Gravitational-Time-Dilation-65aa2c12ce0aa503032077d3
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#DidYouKnow: Gravitational #Time #Dilation is the effect of #Gravity on the passage of time.
It's a form of time dilation, which is the difference in elapsed time between two events as measured by observers at different distances from a gravitating mass.https://knowledgezone.co.in/posts/Gravitational-Time-Dilation-65aa2c12ce0aa503032077d3
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I saw a retina specialist this morning. My eyes are fine, but man I hate the stupid dilation that they do.
:why:
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I saw a retina specialist this morning. My eyes are fine, but man I hate the stupid dilation that they do.
:why:
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I saw a retina specialist this morning. My eyes are fine, but man I hate the stupid dilation that they do.
:why:
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I saw a retina specialist this morning. My eyes are fine, but man I hate the stupid dilation that they do.
:why:
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#Astronomers observe #time #dilation in early universe
Scientists found that events appeared to unfold five times slower when the universe was a mere 1bn years old, or about a tenth of its present age, because of the way the expansion of the universe stretches time.
“We see things changing about five times slower than today,” said Geraint Lewis, a professor of astrophysics and lead author of the study at the University of Sydney. “It’s like watching a movie with the speed turned down.”
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#Astronomers observe #time #dilation in early universe
Scientists found that events appeared to unfold five times slower when the universe was a mere 1bn years old, or about a tenth of its present age, because of the way the expansion of the universe stretches time.
“We see things changing about five times slower than today,” said Geraint Lewis, a professor of astrophysics and lead author of the study at the University of Sydney. “It’s like watching a movie with the speed turned down.”
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#Astronomers observe #time #dilation in early universe
Scientists found that events appeared to unfold five times slower when the universe was a mere 1bn years old, or about a tenth of its present age, because of the way the expansion of the universe stretches time.
“We see things changing about five times slower than today,” said Geraint Lewis, a professor of astrophysics and lead author of the study at the University of Sydney. “It’s like watching a movie with the speed turned down.”
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#Astronomers observe #time #dilation in early universe
Scientists found that events appeared to unfold five times slower when the universe was a mere 1bn years old, or about a tenth of its present age, because of the way the expansion of the universe stretches time.
“We see things changing about five times slower than today,” said Geraint Lewis, a professor of astrophysics and lead author of the study at the University of Sydney. “It’s like watching a movie with the speed turned down.”
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#Astronomers observe #time #dilation in early universe
Scientists found that events appeared to unfold five times slower when the universe was a mere 1bn years old, or about a tenth of its present age, because of the way the expansion of the universe stretches time.
“We see things changing about five times slower than today,” said Geraint Lewis, a professor of astrophysics and lead author of the study at the University of Sydney. “It’s like watching a movie with the speed turned down.”
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#Time appears to run five times #slower in the early universe. A phenomenon called cosmological time #dilation means that events taking place in the early universe seem to evolve slower than those today: https://www.newscientist.com/article/2380881-time-appears-to-run-five-times-slower-in-the-early-universe/ #science #astronomy #cosmology #physics #astrophysics
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#Time appears to run five times #slower in the early universe. A phenomenon called cosmological time #dilation means that events taking place in the early universe seem to evolve slower than those today: https://www.newscientist.com/article/2380881-time-appears-to-run-five-times-slower-in-the-early-universe/ #science #astronomy #cosmology #physics #astrophysics
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#Time appears to run five times #slower in the early universe. A phenomenon called cosmological time #dilation means that events taking place in the early universe seem to evolve slower than those today: https://www.newscientist.com/article/2380881-time-appears-to-run-five-times-slower-in-the-early-universe/ #science #astronomy #cosmology #physics #astrophysics
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#Time appears to run five times #slower in the early universe. A phenomenon called cosmological time #dilation means that events taking place in the early universe seem to evolve slower than those today: https://www.newscientist.com/article/2380881-time-appears-to-run-five-times-slower-in-the-early-universe/ #science #astronomy #cosmology #physics #astrophysics
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#Time appears to run five times #slower in the early universe. A phenomenon called cosmological time #dilation means that events taking place in the early universe seem to evolve slower than those today: https://www.newscientist.com/article/2380881-time-appears-to-run-five-times-slower-in-the-early-universe/ #science #astronomy #cosmology #physics #astrophysics
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