#mathhelp — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #mathhelp, aggregated by home.social.
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I have a fun math coincidence on my family: every year the birthday for both my parents and I is on the same weekday. All of them is past February, so this is always true.
What's the probability of this happening?
Is it as simple as P(x) = 1/7*1/7*1/7 or do we take anything in consideration to properly calculate the probability? #math #mathhelp #fedihelp #probability #hivemind -
I have a fun math coincidence on my family: every year the birthday for both my parents and I is on the same weekday. All of them is past February, so this is always true.
What's the probability of this happening?
Is it as simple as P(x) = 1/7*1/7*1/7 or do we take anything in consideration to properly calculate the probability? #math #mathhelp #fedihelp #probability #hivemind -
I have a fun math coincidence on my family: every year the birthday for both my parents and I is on the same weekday. All of them is past February, so this is always true.
What's the probability of this happening?
Is it as simple as P(x) = 1/7*1/7*1/7 or do we take anything in consideration to properly calculate the probability? #math #mathhelp #fedihelp #probability #hivemind -
I have a fun math coincidence on my family: every year the birthday for both my parents and I is on the same weekday. All of them is past February, so this is always true.
What's the probability of this happening?
Is it as simple as P(x) = 1/7*1/7*1/7 or do we take anything in consideration to properly calculate the probability? #math #mathhelp #fedihelp #probability #hivemind -
I have a fun math coincidence on my family: every year the birthday for both my parents and I is on the same weekday. All of them is past February, so this is always true.
What's the probability of this happening?
Is it as simple as P(x) = 1/7*1/7*1/7 or do we take anything in consideration to properly calculate the probability? #math #mathhelp #fedihelp #probability #hivemind -
It’s probably too tiny to see at this resolution, but in case anyone was scared of my pdf link, here’s the stain chart I’m trying to figure out.
#Stain #Math #MathHelp #DIY #CabinetStain #KitchenRemodel #KitchenCabinetry #Cabinetry #Finishing
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It’s probably too tiny to see at this resolution, but in case anyone was scared of my pdf link, here’s the stain chart I’m trying to figure out.
#Stain #Math #MathHelp #DIY #CabinetStain #KitchenRemodel #KitchenCabinetry #Cabinetry #Finishing
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It’s probably too tiny to see at this resolution, but in case anyone was scared of my pdf link, here’s the stain chart I’m trying to figure out.
#Stain #Math #MathHelp #DIY #CabinetStain #KitchenRemodel #KitchenCabinetry #Cabinetry #Finishing
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It’s probably too tiny to see at this resolution, but in case anyone was scared of my pdf link, here’s the stain chart I’m trying to figure out.
#Stain #Math #MathHelp #DIY #CabinetStain #KitchenRemodel #KitchenCabinetry #Cabinetry #Finishing
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It’s probably too tiny to see at this resolution, but in case anyone was scared of my pdf link, here’s the stain chart I’m trying to figure out.
#Stain #Math #MathHelp #DIY #CabinetStain #KitchenRemodel #KitchenCabinetry #Cabinetry #Finishing
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Math Tutoring: Helping Students With Fractions! Substitute Teacher Life #MathHelp #TeachingLife… https://ift.tt/HMAKWmn
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Today I'm having a really slow #math brain day. I'm trying to reduce an expression so that I can write it in terms of derivatives and possibly simplify the proof that it has a given Taylor series expansion.
I've currently managed to write the original expression in terms of a certain function f(x) and its first two derivatives as:
f(x) f''(x)/(f'(x)^2)
or equivalently
( f(x) / f'(x) ) / ( f'(x)/f''(x) )
which I've managed to express as
D( log(f'(x)) / D( log(f(x)) )
(D being the derivative operator) but this seems like a dead end. I feel like there's something trivial escaping me. #mathHelp
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Today I'm having a really slow #math brain day. I'm trying to reduce an expression so that I can write it in terms of derivatives and possibly simplify the proof that it has a given Taylor series expansion.
I've currently managed to write the original expression in terms of a certain function f(x) and its first two derivatives as:
f(x) f''(x)/(f'(x)^2)
or equivalently
( f(x) / f'(x) ) / ( f'(x)/f''(x) )
which I've managed to express as
D( log(f'(x)) / D( log(f(x)) )
(D being the derivative operator) but this seems like a dead end. I feel like there's something trivial escaping me. #mathHelp
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Today I'm having a really slow #math brain day. I'm trying to reduce an expression so that I can write it in terms of derivatives and possibly simplify the proof that it has a given Taylor series expansion.
I've currently managed to write the original expression in terms of a certain function f(x) and its first two derivatives as:
f(x) f''(x)/(f'(x)^2)
or equivalently
( f(x) / f'(x) ) / ( f'(x)/f''(x) )
which I've managed to express as
D( log(f'(x)) / D( log(f(x)) )
(D being the derivative operator) but this seems like a dead end. I feel like there's something trivial escaping me. #mathHelp
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Today I'm having a really slow #math brain day. I'm trying to reduce an expression so that I can write it in terms of derivatives and possibly simplify the proof that it has a given Taylor series expansion.
I've currently managed to write the original expression in terms of a certain function f(x) and its first two derivatives as:
f(x) f''(x)/(f'(x)^2)
or equivalently
( f(x) / f'(x) ) / ( f'(x)/f''(x) )
which I've managed to express as
D( log(f'(x)) / D( log(f(x)) )
(D being the derivative operator) but this seems like a dead end. I feel like there's something trivial escaping me. #mathHelp
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Today I'm having a really slow #math brain day. I'm trying to reduce an expression so that I can write it in terms of derivatives and possibly simplify the proof that it has a given Taylor series expansion.
I've currently managed to write the original expression in terms of a certain function f(x) and its first two derivatives as:
f(x) f''(x)/(f'(x)^2)
or equivalently
( f(x) / f'(x) ) / ( f'(x)/f''(x) )
which I've managed to express as
D( log(f'(x)) / D( log(f(x)) )
(D being the derivative operator) but this seems like a dead end. I feel like there's something trivial escaping me. #mathHelp
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CW: stats / math help
Is there a visual calculator that renders this stuff in the browser - where I could click on a line and see the formula?
I feel like something shoudl exist in this domain
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It's Free #Tutoring Tuesday on #Twitch! Need #mathhelp? Stop by my channel this evening from 6:30pm-10 ET and I'll be happy to help answer questions from chat! Or just come for the #GGST matches, that's cool too! https://www.twitch.tv/suburbanlion
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It's Free #Tutoring Tuesday on #Twitch! Need #mathhelp? Stop by my channel this evening from 6:30pm-10 ET and I'll be happy to help answer questions from chat! Or just come for the #GGST matches, that's cool too! https://www.twitch.tv/suburbanlion
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It's almost time for more Free #Tutoring Tuesday on Twitch! I finally got around to properly mounting my PS access controllers, so I'm excited to play some #GGST again tonight. Stop by from 6:30pm-10pm ET for some ranked matches and/or free #mathhelp through chat! https://www.twitch.tv/suburbanlion
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It's almost time for more Free #Tutoring Tuesday on Twitch! I finally got around to properly mounting my PS access controllers, so I'm excited to play some #GGST again tonight. Stop by from 6:30pm-10pm ET for some ranked matches and/or free #mathhelp through chat! https://www.twitch.tv/suburbanlion
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It's Free #Tutoring Tuesday on #Twitch! I'm going to be taking a break from my usual #GGST to try out the new #GuildWars2 Expansion: Janthir Wilds. Stop by from 6:30pm-10pm ET if you need any #mathhelp with that assignment you were supposed to do over the summer! https://www.twitch.tv/suburbanlion
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It's Free #Tutoring Tuesday on #Twitch! I'm going to be taking a break from my usual #GGST to try out the new #GuildWars2 Expansion: Janthir Wilds. Stop by from 6:30pm-10pm ET if you need any #mathhelp with that assignment you were supposed to do over the summer! https://www.twitch.tv/suburbanlion
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It's Free #Tutoring Tuesday on #Twitch! I'm going to be taking a break from my usual #GGST to try out the new #GuildWars2 Expansion: Janthir Wilds. Stop by from 6:30pm-10pm ET if you need any #mathhelp with that assignment you were supposed to do over the summer! https://www.twitch.tv/suburbanlion
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New AC is up and running, so "Free #Tutoring Tuesday on #Twitch" is back on! I'm planning to livestream some #GGST and/or provide #mathhelp to chat this evening from 6:30-10 ET / 3:30-10 PT. Hope to see you there! https://www.twitch.tv/suburbanlion
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New AC is up and running, so "Free #Tutoring Tuesday on #Twitch" is back on! I'm planning to livestream some #GGST and/or provide #mathhelp to chat this evening from 6:30-10 ET / 3:30-10 PT. Hope to see you there! https://www.twitch.tv/suburbanlion
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Have a friend that's stuck in summer school? Let them know about Free Tutoring Tuesdays on #Twitch! Stop by for #mathhelp and/or just to enjoy some #ggst matches; live in about 15 min at https://www.twitch.tv/suburbanlion
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Have a friend that's stuck in summer school? Let them know about Free Tutoring Tuesdays on #Twitch! Stop by for #mathhelp and/or just to enjoy some #ggst matches; live in about 15 min at https://www.twitch.tv/suburbanlion
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It's Free #Tutoring Tuesday on #Twitch! I'm be streaming #GGST and/or providing #mathhelp though chat as per usual, but on a new schedule from 6:30pm-10pm Eastern Time. Follow my channel to be notified when I'm live! https://www.twitch.tv/suburbanlion