A) Using a convergence criterion of 0.001 in finding the location of the maximum deflection of the beam shown below. All
Posted: Mon Apr 25, 2022 9:18 am
the udl (rectangle)will be extand
c1,c2 is constant after making integration
A) Using a convergence criterion of 0.001 in finding the location of the maximum deflection of the beam shown below. All answers must be in 4-decimal places. The moment Mi occurs at point C of the beam. a.) What are the reactions at the supports? b.) What is the value of C1? W=95 M1=95 c.) Give the value of C2. d.) What is the general moment equation of the beam? e.) What is the slope equation of the beam? f.) Determine the maximum deflection of the beam? w kN/m 12 kN/m M B E 777777T -2 m -2 ml 2 m Х 25 kN Note : Take the value the 'w' as equal to the last two digits of your student id. If the last two digits are zero or less than 10 then take 'w' = 10 kN/m. Take the value the ‘Mi' as equal to the last two digits of your student id. If the last two digits are zero or less than 10 then take ‘Mi’ = 10 kN-m.
c1,c2 is constant after making integration
A) Using a convergence criterion of 0.001 in finding the location of the maximum deflection of the beam shown below. All answers must be in 4-decimal places. The moment Mi occurs at point C of the beam. a.) What are the reactions at the supports? b.) What is the value of C1? W=95 M1=95 c.) Give the value of C2. d.) What is the general moment equation of the beam? e.) What is the slope equation of the beam? f.) Determine the maximum deflection of the beam? w kN/m 12 kN/m M B E 777777T -2 m -2 ml 2 m Х 25 kN Note : Take the value the 'w' as equal to the last two digits of your student id. If the last two digits are zero or less than 10 then take 'w' = 10 kN/m. Take the value the ‘Mi' as equal to the last two digits of your student id. If the last two digits are zero or less than 10 then take ‘Mi’ = 10 kN-m.