(c) Shown in Figure 5, the drop gate at the end of the truck has a mass of 0.5 Mg at point G. It is supported by cable AB and hinge C. Calculate the tension of the cable AB when the truck accelerates at 4.7 m/s. If the size of the drop gate is extended by 30%, the center of gravity of the drop gate to hinge Cbecome 1.56 m and the mass becomes 0.65 Mg. If the acceleration is the same, redesign the support system so that the tension of the cable is the same. Find the reaction of hinge C for the new. [Seperti yang ditunjukkan dalam Rajah 5. pintu penurunan di hujung trak mempunyai jisim 0.5Mg pada titik G. la disokong oleh kabel AB dan engsel C. Hitung ketegangan kabel AB apabila trak memecut pada 4.7 mis2. Sekiranya ukuran pintu gerbang dipanjangkan sebanyak 30%, pusat graviti pintu gerbang jatuh ke engsel C menjadi 1.56 m dan jisimnya menjadi 0.5 Mg. Jikalau kadar pecutan adalah sama, reka bentuk semula sistem sokongan supaya ketegangan kabel sama. Cari reaksi engsel C untuk reka bentuk baru ) 27° B 0.8m 1.2m 50° Figure 5 [Rajah S)

A propped beam shown below is loaded with UDL along its entire span. Determine the following: a. Determine the reaction (R) b. Determine the end moment at wall (Mc) C. Determine the tangential deviation at point B with respect to point C (t B/C) A d 4kN/m Ţ 3M

7.5 m Determine the tension in the cable BA Express your answer to three significant figures and include the appropriate units. TBA= Part B Submit Request Answer TBC = Submit Part C Determine the tension in the cable BC. Express your answer to three significant figures and include the appropriate units. μÅ Value Submit Provide Feedback Value Dz, Dy, D₂ = Request Answer Units Determine the x, y, and z components of reaction at D using scalar notation. Express your answers using three significant figures separated by commas. Request Answer ? ⒸIE ? Units PA AΣo↓↑vec kN (?) Help 5 of 6 Review Next >