the 100kg uniform bar AB is suspended from 2 cables AC and BD, each with cross sectional area of 400mm². find the magnitude P and the location of x of the largest additional vertical force that can be applied bto the bar. the stresses in AC and BD are limited to 100 MPa and 50 MPa respectively. pano po ito
Helooo, yep yep. Sorry for that, I did not include the parenthesis in my solution. Tama ka, always include it para di makalito. Nonetheless inisquare ko parin ang 0.25 sa calculator when i solved it, thus tama parin sagot. Thank youu! Minamahal ka!!
sir, diba ang unit po dapat sa final answer dun sa problem no. 1 is kPa (kilo pascal) tapos ung unit po ng final answers sa sa problem no. 2 is dapat kPa (kilo Pascal)? Di ko po sure kung tama ung correction ko sa vid mo, pero clarify ko lang po para sure. Pls confirm kung ano po ung tama. Thank u!
Hi, yes. Uhm thank you po pero Nireview ko po and i think it is still MPa(Mega Pascal) kasi iyong final unit ko is N/mm2. Take note that 1MPa=1000000Pa=1000000N/m2=1N/mm2. Nasanay lang po ako na ang final answer ko is in N/mm2 or Mpa kasi most of the time yung dimensions na given is in mm. Pero nonetheless if you want your answer to be in Kpa. Pwede niyo naman po iconvert. Ayun i hope nakatulong😁
Usually kasi na given na unit of length is mm and ayaw ko na galawin yun. So dun na ako sa force magcoconvert Kasi N/mm2 = MPa pero nonetheless, kahit anong unit naman pwede like KPa Mpa. Depende nlng kung may irequire na specific unit yung prob.
Natawa ako sa "striss" eh hahaha. Salamat IDOL. new subscriber here :D
ang ganda ng vid, walang music kaya hindi nakaka irita
thankyou sir!! u made it easier to understand
Thanks sir. 👌
Pasok ka talaga
iloveyou po andami ko natutunan
thank u po
the 100kg uniform bar AB is suspended from 2 cables AC and BD, each with cross sectional area of 400mm². find the magnitude P and the location of x of the largest additional vertical force that can be applied bto the bar. the stresses in AC and BD are limited to 100 MPa and 50 MPa respectively. pano po ito
Good day po sir may I ask po sa problem 3, diba sa Area po is π/4 D² bakit po 0.25in² lang po siya di po ba (0.25in)² = 0.1in²? Thanks in advance sir
Helooo, yep yep. Sorry for that, I did not include the parenthesis in my solution. Tama ka, always include it para di makalito.
Nonetheless inisquare ko parin ang 0.25 sa calculator when i solved it, thus tama parin sagot. Thank youu! Minamahal ka!!
hello po, saang book nyo po nakuha ang problem na ito?
bakit po positive na yung 40p na left yung direction?
sir, diba ang unit po dapat sa final answer dun sa problem no. 1 is kPa (kilo pascal) tapos ung unit po ng final answers sa sa problem no. 2 is dapat kPa (kilo Pascal)? Di ko po sure kung tama ung correction ko sa vid mo, pero clarify ko lang po para sure. Pls confirm kung ano po ung tama. Thank u!
Hi, yes. Uhm thank you po pero Nireview ko po and i think it is still MPa(Mega Pascal) kasi iyong final unit ko is N/mm2. Take note that 1MPa=1000000Pa=1000000N/m2=1N/mm2. Nasanay lang po ako na ang final answer ko is in N/mm2 or Mpa kasi most of the time yung dimensions na given is in mm. Pero nonetheless if you want your answer to be in Kpa. Pwede niyo naman po iconvert. Ayun i hope nakatulong😁
bakit po ginawang N po yung unit at hindi kN? Ano pong mga techniques niyo sa unit of stress po?salamat.
Usually kasi na given na unit of length is mm and ayaw ko na galawin yun. So dun na ako sa force magcoconvert
Kasi N/mm2 = MPa
pero nonetheless, kahit anong unit naman pwede like KPa Mpa. Depende nlng kung may irequire na specific unit yung prob.
ano po name ng book na gamit nyo po?
Can you specify sir if the P load are in Tension or Compression?
Positive value of stress if it is tension or tensile while negative if it is compression
bat dikopo sya makuha sa simpleng calcu huhu