#integrals — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #integrals, aggregated by home.social.
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Ah, another riveting revelation that "areas" need definitions! 🤔 This mind-blowing journey through #rectangles and partitions will surely redefine your life—assuming, of course, that you've never heard of #calculus before. 🙄 Bravo for connecting #integrals and #derivatives, an insight only centuries old! 🎉
https://david.alvarezrosa.com/posts/fundamental-theorem-of-calculus/ #areas #definitions #HackerNews #ngated -
Ah, another riveting revelation that "areas" need definitions! 🤔 This mind-blowing journey through #rectangles and partitions will surely redefine your life—assuming, of course, that you've never heard of #calculus before. 🙄 Bravo for connecting #integrals and #derivatives, an insight only centuries old! 🎉
https://david.alvarezrosa.com/posts/fundamental-theorem-of-calculus/ #areas #definitions #HackerNews #ngated -
Ah, another riveting revelation that "areas" need definitions! 🤔 This mind-blowing journey through #rectangles and partitions will surely redefine your life—assuming, of course, that you've never heard of #calculus before. 🙄 Bravo for connecting #integrals and #derivatives, an insight only centuries old! 🎉
https://david.alvarezrosa.com/posts/fundamental-theorem-of-calculus/ #areas #definitions #HackerNews #ngated -
Ah, another riveting revelation that "areas" need definitions! 🤔 This mind-blowing journey through #rectangles and partitions will surely redefine your life—assuming, of course, that you've never heard of #calculus before. 🙄 Bravo for connecting #integrals and #derivatives, an insight only centuries old! 🎉
https://david.alvarezrosa.com/posts/fundamental-theorem-of-calculus/ #areas #definitions #HackerNews #ngated -
Ah, another riveting revelation that "areas" need definitions! 🤔 This mind-blowing journey through #rectangles and partitions will surely redefine your life—assuming, of course, that you've never heard of #calculus before. 🙄 Bravo for connecting #integrals and #derivatives, an insight only centuries old! 🎉
https://david.alvarezrosa.com/posts/fundamental-theorem-of-calculus/ #areas #definitions #HackerNews #ngated -
A **Definite Integral** calculates the signed area under a curve between two points.
Ex: `int(f(x)dx)` from `a` to `b` = `F(b)-F(a)`.
Pro-Tip: Think total accumulation! It's used for total displacement, volume, or work done.
#Calculus #Integrals #STEM #StudyNotes -
A **Definite Integral** calculates the signed area under a curve between two points.
Ex: `int(f(x)dx)` from `a` to `b` = `F(b)-F(a)`.
Pro-Tip: Think total accumulation! It's used for total displacement, volume, or work done.
#Calculus #Integrals #STEM #StudyNotes -
A **Definite Integral** calculates the signed area under a curve between two points.
Ex: `int(f(x)dx)` from `a` to `b` = `F(b)-F(a)`.
Pro-Tip: Think total accumulation! It's used for total displacement, volume, or work done.
#Calculus #Integrals #STEM #StudyNotes -
A **Definite Integral** calculates the signed area under a curve between two points.
Ex: `int(f(x)dx)` from `a` to `b` = `F(b)-F(a)`.
Pro-Tip: Think total accumulation! It's used for total displacement, volume, or work done.
#Calculus #Integrals #STEM #StudyNotes -
A **Definite Integral** calculates the signed area under a curve between two points.
Ex: `int(f(x)dx)` from `a` to `b` = `F(b)-F(a)`.
Pro-Tip: Think total accumulation! It's used for total displacement, volume, or work done.
#Calculus #Integrals #STEM #StudyNotes -
Alright, future engineers!
An **Integral** calculates the total accumulation of a quantity, often representing the area under a curve. Ex: `∫[a,b] f(x) dx` is the area from `a` to `b`. Pro-Tip: Think of it as summing up infinitely tiny slices!
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Alright, future engineers!
An **Integral** calculates the total accumulation of a quantity, often representing the area under a curve. Ex: `∫[a,b] f(x) dx` is the area from `a` to `b`. Pro-Tip: Think of it as summing up infinitely tiny slices!
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Alright, future engineers!
An **Integral** calculates the total accumulation of a quantity, often representing the area under a curve. Ex: `∫[a,b] f(x) dx` is the area from `a` to `b`. Pro-Tip: Think of it as summing up infinitely tiny slices!
-
Alright, future engineers!
An **Integral** calculates the total accumulation of a quantity, often representing the area under a curve. Ex: `∫[a,b] f(x) dx` is the area from `a` to `b`. Pro-Tip: Think of it as summing up infinitely tiny slices!
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Alright, future engineers!
An **Integral** calculates the total accumulation of a quantity, often representing the area under a curve. Ex: `∫[a,b] f(x) dx` is the area from `a` to `b`. Pro-Tip: Think of it as summing up infinitely tiny slices!
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Alright, future engineers!
A **Definite Integral** calculates the *net area* under a function's curve between two points. Ex: Area = ∫[a,b] f(x) dx. Pro-Tip: Think of it as summing infinitely many tiny rectangles!
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Alright, future engineers!
A **Definite Integral** calculates the *net area* under a function's curve between two points. Ex: Area = ∫[a,b] f(x) dx. Pro-Tip: Think of it as summing infinitely many tiny rectangles!
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Alright, future engineers!
A **Definite Integral** calculates the *net area* under a function's curve between two points. Ex: Area = ∫[a,b] f(x) dx. Pro-Tip: Think of it as summing infinitely many tiny rectangles!
-
Alright, future engineers!
A **Definite Integral** calculates the *net area* under a function's curve between two points. Ex: Area = ∫[a,b] f(x) dx. Pro-Tip: Think of it as summing infinitely many tiny rectangles!
-
Alright, future engineers!
A **Definite Integral** calculates the *net area* under a function's curve between two points. Ex: Area = ∫[a,b] f(x) dx. Pro-Tip: Think of it as summing infinitely many tiny rectangles!
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An integral finds the *total accumulation* or area under a curve. Ex: Finding total distance traveled from a velocity function. Pro-Tip: It's essentially the *antiderivative* – reversing differentiation. Always add +C for indefinite integrals!
#Calculus #Integrals #STEM #StudyNotes -
An integral finds the *total accumulation* or area under a curve. Ex: Finding total distance traveled from a velocity function. Pro-Tip: It's essentially the *antiderivative* – reversing differentiation. Always add +C for indefinite integrals!
#Calculus #Integrals #STEM #StudyNotes -
An integral finds the *total accumulation* or area under a curve. Ex: Finding total distance traveled from a velocity function. Pro-Tip: It's essentially the *antiderivative* – reversing differentiation. Always add +C for indefinite integrals!
#Calculus #Integrals #STEM #StudyNotes -
An integral finds the *total accumulation* or area under a curve. Ex: Finding total distance traveled from a velocity function. Pro-Tip: It's essentially the *antiderivative* – reversing differentiation. Always add +C for indefinite integrals!
#Calculus #Integrals #STEM #StudyNotes -
An integral finds the *total accumulation* or area under a curve. Ex: Finding total distance traveled from a velocity function. Pro-Tip: It's essentially the *antiderivative* – reversing differentiation. Always add +C for indefinite integrals!
#Calculus #Integrals #STEM #StudyNotes -
It’s incredible that these two identities can explain so much.
Link: https://arxiv.org/abs/2505.03754
#math #calculus #euler #unification #generalization #integrals #integration
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It’s incredible that these two identities can explain so much.
Link: https://arxiv.org/abs/2505.03754
#math #calculus #euler #unification #generalization #integrals #integration
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It’s incredible that these two identities can explain so much.
Link: https://arxiv.org/abs/2505.03754
#math #calculus #euler #unification #generalization #integrals #integration
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Here's a little math problem that breaks at least one problem solver and one LLM. It breaks them in the sense that they don't know how to solve it, which is marginally better than spewing out authoritative-looking nonsense.
\int \frac{e^{x}}{\sqrt{1-16e^{2x}}} dx
See the image for my solution.
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Here's a little math problem that breaks at least one problem solver and one LLM. It breaks them in the sense that they don't know how to solve it, which is marginally better than spewing out authoritative-looking nonsense.
\int \frac{e^{x}}{\sqrt{1-16e^{2x}}} dx
See the image for my solution.
-
Here's a little math problem that breaks at least one problem solver and one LLM. It breaks them in the sense that they don't know how to solve it, which is marginally better than spewing out authoritative-looking nonsense.
\int \frac{e^{x}}{\sqrt{1-16e^{2x}}} dx
See the image for my solution.
-
Here's a little math problem that breaks at least one problem solver and one LLM. It breaks them in the sense that they don't know how to solve it, which is marginally better than spewing out authoritative-looking nonsense.
\int \frac{e^{x}}{\sqrt{1-16e^{2x}}} dx
See the image for my solution.
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Oh, the sheer thrill of evaluating integrals! 🙄 Let's all pretend #Feynman single-handedly invented #math while ignoring the guy named #Leibniz who did it decades earlier. 🤦♂️ Clearly, contour integration is for those who didn't get the memo on Feynman's party trick. 🎉
https://zackyzz.github.io/feynman.html #integrals #education #contourintegration #HackerNews #ngated -
Oh, the sheer thrill of evaluating integrals! 🙄 Let's all pretend #Feynman single-handedly invented #math while ignoring the guy named #Leibniz who did it decades earlier. 🤦♂️ Clearly, contour integration is for those who didn't get the memo on Feynman's party trick. 🎉
https://zackyzz.github.io/feynman.html #integrals #education #contourintegration #HackerNews #ngated -
Oh, the sheer thrill of evaluating integrals! 🙄 Let's all pretend #Feynman single-handedly invented #math while ignoring the guy named #Leibniz who did it decades earlier. 🤦♂️ Clearly, contour integration is for those who didn't get the memo on Feynman's party trick. 🎉
https://zackyzz.github.io/feynman.html #integrals #education #contourintegration #HackerNews #ngated -
Oh, the sheer thrill of evaluating integrals! 🙄 Let's all pretend #Feynman single-handedly invented #math while ignoring the guy named #Leibniz who did it decades earlier. 🤦♂️ Clearly, contour integration is for those who didn't get the memo on Feynman's party trick. 🎉
https://zackyzz.github.io/feynman.html #integrals #education #contourintegration #HackerNews #ngated -
Learning Feynman's Trick for Integrals
https://zackyzz.github.io/feynman.html
#HackerNews #FeynmanTrick #Integrals #Learning #Physics #Math #Hacks #Education
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Learning Feynman's Trick for Integrals
https://zackyzz.github.io/feynman.html
#HackerNews #FeynmanTrick #Integrals #Learning #Physics #Math #Hacks #Education
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Learning Feynman's Trick for Integrals
https://zackyzz.github.io/feynman.html
#HackerNews #FeynmanTrick #Integrals #Learning #Physics #Math #Hacks #Education
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Learning Feynman's Trick for Integrals
https://zackyzz.github.io/feynman.html
#HackerNews #FeynmanTrick #Integrals #Learning #Physics #Math #Hacks #Education
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Learning Feynman's Trick for Integrals
https://zackyzz.github.io/feynman.html
#HackerNews #FeynmanTrick #Integrals #Learning #Physics #Math #Hacks #Education
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have you ever needed a symbol for three snakes sharing the same hula hoop?
well, unicode has got you covered!
U+2230 : ∰
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have you ever needed a symbol for three snakes sharing the same hula hoop?
well, unicode has got you covered!
U+2230 : ∰
-
have you ever needed a symbol for three snakes sharing the same hula hoop?
well, unicode has got you covered!
U+2230 : ∰
-
have you ever needed a symbol for three snakes sharing the same hula hoop?
well, unicode has got you covered!
U+2230 : ∰
-
have you ever needed a symbol for three snakes sharing the same hula hoop?
well, unicode has got you covered!
U+2230 : ∰
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Dubious Math in Infinite Jest (2009)
https://www.thehowlingfantods.com/dfw/dubious-math-in-infinite-jest.html
#ycombinator #theorem #odds #number #108 #integrals #mathematical #math #reading #mike #tie #39 #errors #states #match #page -
Dubious Math in Infinite Jest (2009)
https://www.thehowlingfantods.com/dfw/dubious-math-in-infinite-jest.html
#ycombinator #theorem #odds #number #108 #integrals #mathematical #math #reading #mike #tie #39 #errors #states #match #page -
Dubious Math in Infinite Jest (2009)
https://www.thehowlingfantods.com/dfw/dubious-math-in-infinite-jest.html
#ycombinator #theorem #odds #number #108 #integrals #mathematical #math #reading #mike #tie #39 #errors #states #match #page -
Dubious Math in Infinite Jest (2009)
https://www.thehowlingfantods.com/dfw/dubious-math-in-infinite-jest.html
#ycombinator #theorem #odds #number #108 #integrals #mathematical #math #reading #mike #tie #39 #errors #states #match #page