STABILITY OF FLOATING BODIES | FLUID MECHANICS | DE LA CRUZ TUTORIALS

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[@ericapgomez]

So far mas nagegets ko pa to kesa sa module namin... salamat po sir for discussing well!

[@EngrDeLaCruz]

Thank you for watching! Please watch our upcoming tutorials 🙂

[@cleopaynandos1526]

thank you engineer mas na gets ko po talaga ang concept very helpful po para sa quiz namin bukas hehe

[@EngrDeLaCruz]

Thank you for watching! Please check upcoming tutorials :)

[@engineeringsimulationstudi1404]

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[@kasunwilbagedara2001]

The explanation was very clear👍

[@lucenojr.carlito6823]

Thank you so much Sir! Ang galing niyong magturo, naintindihan agad

[@johnallenmanalo2111]

Also got it! Deserve a subscribe

[@EngrDeLaCruz]

Thank you for watching! Please check for upcoming tutorials 🙂

[@princessdawnvisitacion8794]

Thank you engr, ang galing niyo po magturo.

[@mermusic2944]

Sir Baka namn po makakagawa kayo ng video ng Eccentric Loaded sa Welded Steel Design, ung shortcut solution, salamat po🤗

[@nasimbahary3222]

Thank you!
You saved me today.

[@percibalfelicesjr4203]

Thanks Sir Jobert De La Cruz :)

[@EngrDeLaCruz]

Welcome! Keep watching! Thank you as well!

[@engineeringsimulationstudi1404]

ua-cam.com/channels/gnq8tH5o-X3byKaMsuwqHA.html

[@reymartafable7140]

Thank you po Engr. ☺️

[@gatztiansay9051]

Well explained po sir!! Thank you po!!

[@safaa6501]

18:29 shouldn’t you multiply the density of fluid by volume and by g to get W ?

[@adzhirasakil7272]

Thnk you for sharing your knowledge sir.👷👏👏👏

[@EngrDeLaCruz]

Thank you for watching! Please check upcoming tutorials :)

[@engineeringsimulationstudi1404]

ua-cam.com/channels/gnq8tH5o-X3byKaMsuwqHA.html

[@patriciaoida6200]

Great ppt thank you soo much Engr

[@markjandeedizon4575]

Thank you sir! Flow nets nga po sir- thankyou

[@EngrDeLaCruz]

Soon 🙂

[@engineeringsimulationstudi1404]

ua-cam.com/channels/gnq8tH5o-X3byKaMsuwqHA.html

[@boomboompowTV]

Sir ask ko lang po dun sa part ng weight, yung volume po ba na ilalagay is volume ng nakasubmerge or total volume po nung scow?

[@dmtbit8002]

hello po sir, ask ko lang po yung I sa MB, bakit yung b and d ay 14 and 9.5 meters respectively, pero yung b and d sa MBo ay 9.5 and 2.4 meters respectively? thank you po in advance

[@kriztancharles9356]

hindi po ba na yung formula ng Mbo for rectangular section is formula ng Mbo'?

[@ElysonPanolino-g5g]

sir applicable ba yung
MBo=I/Vd pag naka tilt?
kung applicable po ano po yung section na kukunan ng I?

[@piyanankoonpunt4679]

thank sir

[@qwertyloafers3750]

how can you say na rm siya? did you assume or dahil naging stable yung body?

[@yoonmemezaw1206]

why G have to be in white box?

[@kerwinpascual6983]

good day ask ko lang po bakit di po sinama yung S.G ng air na (1.03) sa pag kuha po ng Fb? thank you po

[@fernelhabon]

Sir pano po kunin yung center of bouyancy kapag tilted sya

[@trihasta4229]

Aerodynamics Hidrodynamics

[@isaiahenriquez8053]

Sir pano po pag ung given na center of gravity is on the axis of symmetry of the scow. Sa pinakagitna lang po ba yon ng rectangle?

[@EngrDeLaCruz]

Depende yan sa statement nang problem. If hindi stated, and given ang material composition, theoretically locate ang center of gravity by varignons theorem or calculus.

[@zraceeonyl6745]

Thank you po for this Video. Sobrang helpful po. May I ask po pala kung bakit 9.81 unit weight ng scow?

[@EngrDeLaCruz]

We equate Weight of scow to the bouyant force lang po 🙂. Bouyant = Gamma_water×volume displaced

[@zraceeonyl6745]

@@EngrDeLaCruz thank you po.

[@engineeringsimulationstudi1404]

ua-cam.com/channels/gnq8tH5o-X3byKaMsuwqHA.html

[@victorgamongan786]

Sir may automatic model 2013 ,start ko po siya lumabas malfunction stability ,ginawa ko move kunti at off ko ,re stat ko nawala ,anu ba nangyari don ? Baguhan po ako sir?

[@haroldkennmacalinao1342]

Sir ano pong gamit niyong application?

[@noehareta1424]

Lagi po ba rolling ang icoconsider pag wala pa tilting pagdating sa pagkuha ng dimensions for Inertia?

[@EngrDeLaCruz]

Mostly rolling ang e consider. But if may specified statement ang problem, sundin lang natin

[@christianbernal7397]

18:37 may kumanta

[@princederf15]

sir any other term for displacement? sa ibang problems po kasi displacement ung given?

[@EngrDeLaCruz]

Thank you for watching! Please check upcoming tutorials :)

[@engineeringsimulationstudi1404]

ua-cam.com/channels/gnq8tH5o-X3byKaMsuwqHA.html

[@daryllunas3162]

matsalam gayud

[@murallaralphwarrenc.2836]

Sir saan po galing yung 1 meter strip? At pano po yun nakuha?

[@sambulut6274]

not clear, hard to understand

[@haveacupacapuccino4834]

PLEASE WHY DO U NOT SPEAK IN ENGLISH.

[@mermusic2944]

Sir kung kayo lang mga professor namin sa college baka naintindihan namin ang course na ito. Thank You sir🤗👏👏

[@racmanmacapintal4821]

thanks lodi. i got the principle

[@Jovandrei]

hi sir anlaki niyo pong tulong sa online class. Sobrang salamat po!

[@estebanllena6031]

sir paano po makukuha ang angle kung walang given na height ng draft .
tulad po ng binigay nyong drawing sa concept ng stable at unstable .ganon na ganon po ang drawing pero walang binigay na height ng draft at angle pano po makukuha yung MBo

[@EngrDeLaCruz]

E specify nang problem ang angle of tilting

[@sheineysantos5459]

pwede makuha yung height ng draft based sa formula ng bouyancy or weight ng object. BF=gamma ng liquid x volume ng submerged portion

[@engineeringsimulationstudi1404]

ua-cam.com/channels/gnq8tH5o-X3byKaMsuwqHA.html

[@osamajasperlacaden3493]

This was an interesting topic, thank you. Am a student of Engr. Abby Gail

[@tamilynamyao5215]

Plus points 😂