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The title of the channel speaks for itself. This channel will contain tutorials on how to solve problems from different past board exams. I will use different reference books and internet sources to gather past board exam problems and hopefully provide a video that will thoroughly explain the solution.
I am a civil engineer so I will focus on past exams of CIVIL engineering but i will also upload MATH past exams from different programs like Mechanical, Electrical, Chemical, Mining and other engineering practices.
I hope you will enjoy your stay here in this channel and top your board exams.
The title of the channel speaks for itself. This channel will contain tutorials on how to solve problems from different past board exams. I will use different reference books and internet sources to gather past board exam problems and hopefully provide a video that will thoroughly explain the solution.
I am a civil engineer so I will focus on past exams of CIVIL engineering but i will also upload MATH past exams from different programs like Mechanical, Electrical, Chemical, Mining and other engineering practices.
I hope you will enjoy your stay here in this channel and top your board exams.
CECC2 - Statics of Rigid Bodies - SUMMER PRACTICE PROBLEMS #28 solution
For the assembly shown, neglecting the
weight of the bar OA, compute the
tension AB if P = 100 kN.
weight of the bar OA, compute the
tension AB if P = 100 kN.
zhlédnutí: 69
Video
CECC2 - Statics of Rigid Bodies - Sample problem #2 solution
zhlédnutí 658Před 19 hodinami
From the figure shown below, a 200 N force passes through point A to point B. 1. Compute the moment of the force about x-axis. A. -357 KN-m B. -375 KN-m C. -250 KN-m D. -562.2 KN-m 2. Compute the moment of the force about y-axis. A. 357 KN-m B. 375 KN-m C. 250 KN-m D. 562.2 KN-m 3. Compute the moment of the force about z-axis. A. 357 KN-m B. 375 KN-m C. 250 KN-m D. 562.2 KN-m
CECC2 - Statics of Rigid Bodies - SUMMER PRACTICE PROBLEMS #9 solution
zhlédnutí 249Před 14 dny
A rectangular section has dimension base "b" = 100 mm and height "h" = 300 mm. Compute the moment of inertia of the section about a line parallel to the base "b"which is located 30 mm above the bottom of the section..
CECC2 - Statics of Rigid Bodies - PRACTICE PROBLEMS #37 solution
zhlédnutí 278Před 14 dny
For the figure shown, if P = 75 lbs, compute the reaction at B.
CECC2 - Statics of Rigid Bodies - PRACTICE PROBLEMS #33 solution
zhlédnutí 482Před 14 dny
Refer to a robot shown, if P = 200 N. Compute the vertical component of the force P. 153.20 Compute the moment at point O. 151.70 N-m Compute the moment at point A. 87.40 N-m
CECC2 - Reinforced concrete - Sample problem #9 solution
zhlédnutí 131Před 21 dnem
A reinforced concrete beam with width of 380 mm and 520 mm deep must resist a service live load moment of 150 kN-m and a service dead load moment of 250 kN-m. fc'= 21 MPa and fy = 415 MPa. Effective concrete cover is 65 mm and Ø = 0.90. a. Compute the force (kN) of compression steel reinforcements. b. Compute the number of 20 mm dia. compression steel. c. Compute the number of 25 mm dia. tensio...
CECC2 - Statics of Rigid Bodies - PRACTICE PROBLEMS #2 solution
zhlédnutí 281Před 21 dnem
A suspension cable is supported at A and B, 120 m horizontally apart with B higher than A by 15 m. A concentrated load of 100 kN is applied at a distance of 60 m horizontally from A. The cable sags a distance of 10 m from the chord joining A and B at the center. a. What is the maximum tension in the cable? b. What is the minimum tension in the cable? c. What is the horizontal reaction at the su...
CECC2 - Statics of Rigid Bodies - Sample problem #24 solution
zhlédnutí 292Před 21 dnem
Refer to the given cantilever truss shown Which of the following most nearly gives the reaction at E in kiloNewtons. A. 147 B. 122 C. 152 D. 137 Which of the following most nearly gives the force of member BC in kiloNewtons. A. 70.80 B. 48.10 C. 81.30 D. 55.40 Which of the following most nearly gives the force of member DE in kiloNewtons. A. 38 B. 54 C. 43 D. 48
CECC2 - Statics of Rigid Bodies - Sample problem #37 solution
zhlédnutí 142Před 21 dnem
For the figure shown , determine the vertical force P must be applied at G to maintain the equilibrium of the linkage. A. 50 kN B. 10 kN C. 60 kN D. 120 kN
CECC2 - Statics of Rigid Bodies - Sample problem #12 solution
zhlédnutí 289Před 21 dnem
Two cylinders as shown, have the indicated weights and dimension. Assuming smooth contact surfaces Determine the reaction at A. A. 401 kN B. 347 kN C. 600 kN D. Not in the list Determine the reaction at B. A. 401 kN B. 347 kN C. 600 kN D. Not in the list
Numerical Methods - Numerical Integration (Trapezoidal Rule and Simpson's 1/3 & 3/8 Rule)
zhlédnutí 6KPřed rokem
Numerical Methods - Numerical Integration(Trapezoidal Rule and Simpson's 1/3 & 3/8 Rule) Facebook : eboratutorialsofficial
Numerical Methods - Numerical Differentiation (Finite Difference Methods)
zhlédnutí 8KPřed rokem
Numerical Methods - Numerical Differentiation (Finite Difference Methods) Facebook : eboratutorialsofficial
Numerical Methods - Newton Raphson Method for Non-Linear Equations
zhlédnutí 3,7KPřed rokem
Numerical Methods - Newton Raphson Method for Non-Linear Equations Facebook : eboratutorialsofficial
Numerical Methods - Simple Fixed Point Iteration for Non-Linear Equations
zhlédnutí 3,4KPřed rokem
Numerical Methods - Simple Fixed Point Iteration for Non-Linear Equations Facebook : eboratutorialsofficial
Numerical Methods - Regula Falsi or False-Position Method for Non-Linear Equations
zhlédnutí 3,9KPřed rokem
Numerical Methods - Regula Falsi or False-Position Method for Non-Linear Equations Facebook : eboratutorialsofficial Files: eboratutorialsofficial/posts/pfbid02QbCNv3d8NyPCQ4DFFG2gNUWp7LFu4pFMfooYcmGCWydzf11b8PdZ7a1rYhWb2so5l
Numerical Methods - Bisection Method for Non-Linear Equations
zhlédnutí 4,7KPřed 2 lety
Numerical Methods - Bisection Method for Non-Linear Equations
Numerical Methods - Jacobi and Gauss-Seidel Method for System of Linear Equations
zhlédnutí 4,4KPřed 2 lety
Numerical Methods - Jacobi and Gauss-Seidel Method for System of Linear Equations
Numerical Methods - Gauss Elimination for Systems of Linear Equations
zhlédnutí 4,8KPřed 2 lety
Numerical Methods - Gauss Elimination for Systems of Linear Equations
CE Board May 2022 - Isolated Footing (allowable axial load for wide-beam and punching shear stress)
zhlédnutí 5KPřed 2 lety
CE Board May 2022 - Isolated Footing (allowable axial load for wide-beam and punching shear stress)
CE Board May 2014 - Isolated Footing (wide-beam and punching shear stress)
zhlédnutí 10KPřed 2 lety
CE Board May 2014 - Isolated Footing (wide-beam and punching shear stress)
CE Board Nov 2017 - Isolated Footing (maximum and minimum soil pressure)
zhlédnutí 9KPřed 2 lety
CE Board Nov 2017 - Isolated Footing (maximum and minimum soil pressure)
CE Board May 2014 - Eccentrically Loaded Column (solving nominal load for given eccentricity)
zhlédnutí 3,9KPřed 2 lety
CE Board May 2014 - Eccentrically Loaded Column (solving nominal load for given eccentricity)
CE Board Nov 2013 - Plastic Centroid (considering concrete area displaced by steel)
zhlédnutí 2,9KPřed 2 lety
CE Board Nov 2013 - Plastic Centroid (considering concrete area displaced by steel)
CE Board May 2015 - Plastic Centroid (neglecting concrete area displaced by steel)
zhlédnutí 5KPřed 2 lety
CE Board May 2015 - Plastic Centroid (neglecting concrete area displaced by steel)
CE Board May 2022 - Eccentrically Loaded Column (balanced load and balanced moment)
zhlédnutí 14KPřed 2 lety
CE Board May 2022 - Eccentrically Loaded Column (balanced load and balanced moment)
CE Board Dec 2014 - Tied Column (axial and shear strength + critical buckling)
zhlédnutí 3,5KPřed 2 lety
CE Board Dec 2014 - Tied Column (axial and shear strength critical buckling)
CE Board May 2017 - Shear Strength of Reinforced Concrete (shear + spacing of reinforcement)
zhlédnutí 3KPřed 2 lety
CE Board May 2017 - Shear Strength of Reinforced Concrete (shear spacing of reinforcement)
CE Board Nov 2018 - Shear Strength of Reinforced Concrete (Solid Circular Section - NSCP 2015)
zhlédnutí 4,1KPřed 2 lety
CE Board Nov 2018 - Shear Strength of Reinforced Concrete (Solid Circular Section - NSCP 2015)
CE Board Nov 2018 - Moment and Shear Coefficients for Continuous Beams
zhlédnutí 6KPřed 2 lety
CE Board Nov 2018 - Moment and Shear Coefficients for Continuous Beams
CE BOARD May 2022 - Live Load Pattern (4 - span)
zhlédnutí 5KPřed 2 lety
CE BOARD May 2022 - Live Load Pattern (4 - span)
What if hindi given ang Eccentricity engr?
Thanks alot
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Pa shut up sir
haha, ayaw ana tats
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Pa shoutout sir
haha segi2
Paano po mag-pamember?
hello, ito po ang invite link czcams.com/channels/6f0m_llNBntOWjBCqzl44g.htmljoin
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czcams.com/play/UUMO6f0m_llNBntOWjBCqzl44g.html&si=D-wFb2QYO1vlokl5 Get access to member-only videos by joining the channel :)
czcams.com/play/UUMO6f0m_llNBntOWjBCqzl44g.html&si=D-wFb2QYO1vlokl5 Get access to member-only videos by joining the channel :)
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saan po makikita ang serial number in the physical calculator? Needed po kasi sa emulator ty
Oh boy! My cousin has promised me to hand me his Casio 82EX soon and it doesn't have shift solve option. Guess I clicked on the right video
GALINGGGG
THANK YOU SO MUCH SIR! SUPER EASY KESA SA MANO2 😭
Paano po mag install ng emulator? Thank you
27:02 sir what if sa right nag assumption same parin ba sa left ... 2 down sa left 2 up sa right ? anyway im not your student just want to learn from your video. thanks,
Using the "calc" di namn po nagbbago yung value ng -0.9125?
Anong software or app po ginagamit nyo?
sir, hindi napo ba talaga pinapasama ng NSCP2015 yung concrete holes sa compression side made by compression steels sa FBD? thank you po
From which application you are making videos, inserting calculator on one side
Hello, sir. Nakapag-download po ako ng emulator ng Canon f-789sga. However need po ng serial number. Where can we find the serial number po ba? Thanks po.
Thank you sooo much 😁. Can you do one where you compute the error for each method
U would be having matter but the problem ur mixing it with ur language and it destorts the information 😅😅😅
Ganiha haha
Sir for the nominal balanced load (Pb), close enough lang naman ang answer pag neglect the stress of the steel, pwede lang po ba diretso (Pb=0.85fc’ab)? Baka di na applicable for larger area steel sa middle section.
Ano po reference book nyo sir?
Man I love you
Ano po bang ginagamit na basehan sa pagkuha po gb fy from table 2-4 ng astm manual? Ang turo po kasi ng prof namin is width daw po ang pinagbabasihan non kaya po sa lecture namin, 32 po ang pinagamit na Fy tas napanood ko naman po sa mga sample problems dito sa yt kahit over 8 po yung width ng plates or bars 36 pa rin po ginagamit na Fy. 13th edition po gamit namin na aisc manual. Sana po masagot quiz na po kasj namin sa isang araw hehe, thank youuu
fourteenth edition gamit namin, baka based sa book na gamit nyo, but for A36, Fy=36 while Fu=58 talaga.
hello po sir, I noticed that you used the thickness po from being subtracted by the diameter of bolts + 1/8, hindi po ba dapat instead of 7, it's 1 po which is the number of bolts po? kung ika-cut po natin sha?
ay hello po let me revise my question sir, diba ang pagkuha ng An sir ay area of the plate - no. of holes (dia. of a hole+1/8)(t)? ano po bang explanation nito sir kasi the formula u used for An is different from what I learned po. I hope find this message well po
Ano po reference book mo sir?
Pwede po ba malaman kung anong application po gamit nyo salamat.po
well explanation
Good day, sadya po bang hindi na need i convert ang unit ng area kase naka ft po ang ibang unit
Thank You Sir! Informative and clear explanation. Hoping to see more videos. Content Suggestion: RCD singly, doubly reinforced concrete beam lecture video for college students po hehe
Thankyou po sir God bless!
Pwede mag avail
Thanks sir
Mc=337.5 kN, Cy= 9.375 kN, Cx=12.5 kN same po ba ako ng answer sa column C? Pa reply po hehehehe
Hoping po this coming February 2024 will be pass the Board Exam and sana in Gods Will mapasama sa mga topnotch. Thank you
Sir what if there is no given function in the problem, and you're only provided a set of data how will you approach the problem po sir?
habla español
Hey there! I am using WhatsApp.
Good day Sir, Anong book and sinong author po yung reference ninyo dito sa lecture?