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Mathematical Methods for physics and Engineering
Registrace 27. 04. 2018
This channel is for people wanting to learn new ways of learning maths ideas.
Email: loganlp2004@gmail.com
Email: loganlp2004@gmail.com
Student Question: Projectile Motion of a catapult
Student Question: Projectile Motion of a catapult
zhlédnutí: 54
Video
QCAA: Specialist Maths external exam paper 1 Multiple Choice explained
zhlédnutí 54Před měsícem
QCAA: Specialist Maths external exam paper 1 Multiple Choice explained
QCAA: 2021 Specialist Maths external exam paper 1 Multiple choice explained
zhlédnutí 52Před měsícem
QCAA: 2021 Specialist Maths external exam paper 1 Multiple choice explained
QCAA: 2023 Specialist Maths external exam paper 1 Multiple choice explained
zhlédnutí 110Před měsícem
QCAA: 2023 Specialist Maths external exam paper 1 Multiple choice explained
QCAA: 2023 Maths Methods external exam paper 1 Multiple choice explained
zhlédnutí 114Před měsícem
QCAA: 2023 Maths Methods external exam paper 1 Multiple choice explained
Student question: Differentiating log functions
zhlédnutí 101Před měsícem
Student question: Differentiating log functions
Solving a differential equation via related rates
zhlédnutí 77Před měsícem
Solving a differential equation via related rates
Sketching subsets of the complex plane
zhlédnutí 72Před 2 měsíci
Sketching subsets of the complex plane
QCAA: 2020 Specialists Maths external exam paper 2 multiple choice questions explained
zhlédnutí 49Před 2 měsíci
QCAA: 2020 Specialists Maths external exam paper 2 multiple choice questions explained
QCAA: 2020 Math Methods External exam paper 2 multiple choice questions explained
zhlédnutí 68Před 2 měsíci
QCAA: 2020 Math Methods External exam paper 2 multiple choice questions explained
"Only a genius can solve this" - The horse, Horseshoe and Boots problem
zhlédnutí 56Před 2 měsíci
"Only a genius can solve this" - The horse, Horseshoe and Boots problem
Solving Logarithmic Equations (Part 2)
zhlédnutí 104Před 3 měsíci
Solving Logarithmic Equations (Part 2)
Solving Logarithmic Equations (Part 1)
zhlédnutí 46Před 3 měsíci
Solving Logarithmic Equations (Part 1)
Introduction to the Logarithmic Formulas
zhlédnutí 54Před 3 měsíci
Introduction to the Logarithmic Formulas
Solving an integral to get free Wi-Fi (Most people should be able to do this if you know calculus)
zhlédnutí 783Před 3 měsíci
Solving an integral to get free Wi-Fi (Most people should be able to do this if you know calculus)
Proving that (1/x)+x is always greater or equal to 2
zhlédnutí 37Před 3 měsíci
Proving that (1/x) x is always greater or equal to 2
Maths Methods Maximising problem (Volume of a Cube)
zhlédnutí 61Před 3 měsíci
Maths Methods Maximising problem (Volume of a Cube)
Suppose 3^x=2, Prove that x must be irrational
zhlédnutí 1,4KPřed 3 měsíci
Suppose 3^x=2, Prove that x must be irrational
Solving a Very hard calculus Question in less than 5 minutes
zhlédnutí 489Před 3 měsíci
Solving a Very hard calculus Question in less than 5 minutes
MIT Intergration Bee Qualifier (Example #3 2023)
zhlédnutí 396Před 3 měsíci
MIT Intergration Bee Qualifier (Example #3 2023)
MIT Intergration Bee Qualifier (Example 9 2023)
zhlédnutí 109Před 3 měsíci
MIT Intergration Bee Qualifier (Example 9 2023)
MIT Intergration Bee Qualifier (Example 5 2023
zhlédnutí 202Před 3 měsíci
MIT Intergration Bee Qualifier (Example 5 2023
MIT Intergration Bee Qualifier (Question 17 2023)
zhlédnutí 423Před 3 měsíci
MIT Intergration Bee Qualifier (Question 17 2023)
Book Review: Mathematical Methods for Physics and Engineering by K.F Riley, M.P Hobson and S.J Bence
zhlédnutí 746Před 3 měsíci
Book Review: Mathematical Methods for Physics and Engineering by K.F Riley, M.P Hobson and S.J Bence
Can you work this out in 30 seconds (Tricky Maths Question)
zhlédnutí 61Před 3 měsíci
Can you work this out in 30 seconds (Tricky Maths Question)
MIT Intergration Bee Qualifier Integral
zhlédnutí 965Před 3 měsíci
MIT Intergration Bee Qualifier Integral
How to Calculate the divergence and Curl of a Vector Field (Example #2)
zhlédnutí 101Před 4 měsíci
How to Calculate the divergence and Curl of a Vector Field (Example #2)
How to Calculate the divergence and Curl of a Vector Field (Example #1)
zhlédnutí 116Před 4 měsíci
How to Calculate the divergence and Curl of a Vector Field (Example #1)
Numerical Tutoring: Cubic Test explained
zhlédnutí 27Před 4 měsíci
Numerical Tutoring: Cubic Test explained
"I would do it on a piece of paper", "These ticks are just for me". Same :D
Good little exercise. Personally I would have put the origin of the axes at the position of the catapult and replaced 31m with 27.5m.
very good, and clear
Thanks a lot ❤
questions 9 could you write more step , please
What a great explanation! That was so great! Thanks! Btw why were you pronouncing "Haitch" lol
Thanks bro this helped alot
Glad it helped
I needed to use some properties of Bessel functions but unfortunately wasn't able to find it in this book. I had to write an amplitude modulated complex exponential as a bessel function. Besides that the book looks good
Nice content just wodering why your views are low
How can I get it for free
Only channel which explain the derivation
Are you crazy? This is the best darn derivation I've seen
I think it will be 42
Thank you for these videos! Super interesting and fun! I enjoyed the differential eq. question, even if I took the long way solving the p.e. instead of just looking at the graph... oh well! And I realize I need to refresh my statistics knowledge base! xD
holy shit you blew my mind im starring this video in case i forget
👍
You hurt my brain😂
B
B
The password is the first 8 digits of Pi.
bro this is amazing
Beautiful explanation
Neat, precise and profound. Thank you so much ❤️❤️❤️
Glad it was helpful!
❤
This is amazing, bro. Thank you soooo much. Your simple but elegant explanation makes me understand the relationship between integration and area under graph (In school, our teacher only taught that's how integration works without any explanation XD)
Glad it was helpful!
You often say general relativity, but the book talks about special relativity and Electrodynamics
Please do more physics and math textbook review ❤❤❤
That is a 5th grade question, there is no way that’s tripping anyone up on SAT
175*4/n=175 -> n=4 taking by 1/4 is the same as reducing by 3/4 so 75%
75
It Must be Two, you have 2 variables x and y .. each has an Solution
when I mean solutions I mean coordinates
Ok 👍👍
Hold up let him cook
haha
write it in matrix form, check determinant
too complex, the coeficients are looking not dividable by one number, so it must be one solution
@@wpge It isn't too complex. It's just filling in inputs for a predefined program. Generalisation >>> specific cases
No need to multiply both denominators and you didn't fully simplify your final answer. Multiply top and bottom by 2 on the first fraction to get a common denominator of 4. You then have (2x-8)/4 + (2x+5)/4 = 6. This equals (4x-3)/4 = 6 -> 4x-3 = 24 -> x = 27/4.
What was the question? Find x or find the right answer? What is None? x=None or "None of the above is correct"
L is actually half the period, my formula is slightly wrong :(
6+3-9=0
7x2 = 14 7x2 = 14 14 + 14 = 28 Or just 7+7=14 14×2=28 First time i did the first option. They are the same but the second its just better.
Not me knowing it is 9 bc i tried all answers and only 9 worked.
That was smart. Nice vid
I think this depends on if it’s implied there are parentheses because if there are then this would be 4^720 but if it isn’t implied then you are correct and it is 4.
It’s the other way around. When you have a power stack like that so to speak the default is going top to bottom, unless parenthesis are added. In other words, x^y^z is x^(y^z) unless parenthesis are used to specify it as (x^y)^z
What?
C
Use √❌ Use ^½❌ Use ^(1/2)✅
Bro this cant be sat question this is literally 7th grade
This isnt 7 th grade but it ben is realy easy
@@cemkilic-dh2ug it's literally 7th grade in turkiye, I dont know abt America tho
b
I don't know why in math learning videos, you start concentrating extremely when you don't know where something rised from
Here before some indian bloats about how hard the jee is and how they could do this before they were even born 🧠
42
nope
24 Its 64
nope
42 🎉
nope