Introduction to Differential Equations Order, Degree, Linearity (Tagalog/Filipino Math)
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- čas přidán 28. 06. 2024
- Hi guys! This video discusses about some introduction to differential equations. Basically differential equations are equations thay involve derivatives of a dependent variable with respect to another variable. Unlike ordinary algebraic equations, the solution to differential equation is a function or a family of curves involving an arbtirary constant. The goal is to find the that function that will satisfy the differential equations. We have diiferent methods in doing so depending on the type of DE such as separable, exact, linear, homogeneous,etc. We discuss here some terminologies like the order, degree and linearity of DE. We give examples on how to determine such withon a given adifferential equation. Happy learning and enjoy watching! #math #tagalog #differentialeqiations
Dahil dito nakakasagot nako kahit papaano sa mga quiz or exam namin. Salamat po :)
Sana po maipasa ko tong subject namin ngayong sem (D.E) 🙏 Thankyou sa video Engr. 👌👷☺️
Laking tulong sir ngayong online class 🙌🏻
Sir, super thank you po. Ang linaw nyo po mag explain, God Bless po.
Please keep making videos like this Engr. Malaking tulong po sa mga aspiring engineers lalo na ngayong pandemic. Keep safe po, and God bless!
Hi Felix! Sure goal ko talaga na makatulong sa future engineers natin! Thanks sa support at God bless ! :)
@@enginerdmath maraming salamat po! malaking tulong po ito, lalo na ngayong pandemic, saming mga studyante na hirap mag-aral mag-isa. sana po magpatuloy kayo sa pag gawa!!
BS Mathematics here. Thank you very much sir. Very helpful 😌😁
MANIFESTING MAPASAR ANG DE NEXT SEM🙏🤞
Thank you mas madali intindihin🎉🎉
laking tulong engr. more power po lalo na nagyon ala face to face
dami ng pinanood ko ito lang naintindihan ko galing
Thank you po sir Jayson♥️
Thank you sir pumasa ako sa de . 🍀✨ Dahil sa mga videos mo
linis ng pagkaexplain salamat po subscribe na agad hahaha
Thank you for this po 💗
thank you po, Sir 😊
Mag advance na ako kasi parang mahirap to HAHAHA thanks enginerdmath kasi nandiyan ka palagi.
Sir mahirap po makita pag nablurred yung vid due to slow internet. Advice ko sana na mas palakihin ang font. Thank you po Godbless
Salamat sir dahil sayo nagegets kona kaiyak nung bago ko maexplore video mo😭
Thanks for this💗
Thank you po💕
salamat po.
Sir pag nagkaroon po ba ng degree ang isang equation isang automatic nonlinear na siya? Since ang sabi po is a dependent variable with a transcendental function such as exponential makes an equation nonlinear.
Ano po ba ang proper sequence ng topics sa DE? Di ko kasi alam kung saan magsisimula or ano na aaralin ko. Thank you po sir Jayson♥️
Hi Glenn! Kung ano ang sequence sa Playlist ko yan din ang pagkakasunud sunod ng topics sa DE. God bless sa studies! :)
Sir Jay, taning ko lang po, when it comes to practice po ba, meaning po ba nun kahit alam na po ung solution, itry prin ng itry ang pagsolve dun?
Hi Jerico! Yes! Tama yan! Kahit alam mo na yung way of solving maganda na magpractice ka pa rin to solve many problems as you can para mas mamaster mo talaga ang Math. :)
Sir, Sample problems number 1 po, dapat po non-linear diba po?
Helloo can someone tell me kung anong note taking app po ginamit sa video? For our proj kasi magdidiscuss kami ng mga problems abt DE :> Thank you in advancee
Hi sir! tysm :)
Hindi poba yung no.9 sa practice non linear?
hello po Engr., ano po gamit nyong reference na book sa mga tutorials nyo na about DE?
linear parin po ba kapag naka raised to certain power yung differential equation?
Nonlinear/Linear ODE in x
Nonlinear/Linear ODE in y
Pano po malalaman kung x or y???
My hand shaking when i heard " equations"
Hi khawil! You can do it! :)
SOLID!
Yung f. Po ba Algebraic expression or Algebraic equation?
Bakit po naka classified as Linear Equation yung sa Letter C? kahit may transcendental functions?
Sir pwede pa po bang isimplify ito? 2x+ylnx=cy
Salamat po.
Hello, pano po naging 4th order yung no. 3 sa practice problems?
Sir tanong ko po ano po magandang bilhin na books sa DE? Salamat po
Yung sa practice problem #1 po, di ba dapat non linear?? kasi naka-raise sa 4th power yung isang derivative? Tapos sa number 2 po, should it be 1st order and 2nd degree? And sa #9 naman po, non-linear dapattt?
Great Tutorial! pero can someone clarify yung answers sa Num 1,3,5?
paano po naging 4th degree yung number 3 sa practice problem (found at the end of the video)?
Ako si Draken !
Bakit po naging Linear yung number 9?
Thank you kwak(1)
i love you enginerdmath
Sir, yung sa number 1 po sa practice problems bakit po linear? eh nakaraise po yung derivative sa 4th power. Na validate na po form non
kasi sa pagkaintindi ko po is y and the derivatives are all to first power
same po sa 1, 3 at 9
Same question din. Nagtataka rin ako kung pano naging linear kung nakaraise ung dy/dx sa 4th power. Sana masagot
ano po order and degree sa y''' + 6y'' + 11y'+6y=e raise to x
Order 3, degree of 1
itatanong ko lang po dun po sa problem solving sa bandang dulo Number 3, bakit po 4th yung naging order, hindi po ba dapat ay 1st lang yung maging order ? (x (dy/dx) - 2y) ^2 hindi po ba dapat 1st yung maging order ?
salamat po in advance kung sasagutin nyo ako IDOL KO TALAGA KAYO e, kayo nakakatulong sakin lalo na Online class lang kami
Oms ayan din sagot ko hahahaha, kahit i expand ung function 2nd order pa rin....
Sir, sa sample problems po sa number 3, paano po naging 4 yung order? Thank you po
Hi Runny, namali ako sa sagot dapat ay first order lang siya. Salamat at napansin mo.
Please share mo na rin ang channel ko friends mo para makatulong din sa kanila salamat! :)
enginerdmath 1st order tas 2nd degree po dba??
This is my concern din, Engr! 1st order and 2nd degree po ba ang tamang sagot?
Thanks po sa pagtanong HAHAHA. This is my concern din. :)
Ano po magiging dependent variable ng 5(y'')^2 + 5(y')^3 + 3y = 3x^4 ?? Ito lang po kasi yung example na d po naibigay. Thankyou po
dependent y, independent x
dependent y, independent x
Yung y' kase equivalnet niya lang din is dy/dx so yung dependent mo is Y and independent is X.
Y' = dy/dx
Y'' = d^2/ dx
Y''' = d^3/ dx
Hi mga classmate na nanonood HAHAHAHA
Vacation just started but I badly want to prepare for this subject
Wish me luck folks!!🤞🤘
@@quonaquiles9938 update?
Thank you po😍