ht repre part las = elocity v = 6 ft/sec in the direction shown and Las acceleration components ax 15 ft/sec2 anc == -15 ft/sec². Determine ar, ay, at, an, and the adius of curvature p of the path for this position Hint: Draw the related acceleration components f the total acceleration of the particle and take dvantage of the simplified geometry for your

For the cantilever beam having variable cross-section loaded as shown in Figure 3, determine the deflections and rotations at point B and C as well as midpoints of AB and BC. Assume 2nd moment of area for AB as 41 and for BC as I. Assume E to be constant. (Use method of Integration) 100 kN/m B 50 kN/m А C Figure 3 10m 10m

Calculate the beam deflection at point A. Negative if deflection is below x-axis and positive if above. Assume that E= 179 GPa and / = 386 x 106 mm4 are constant. Answer in mm rounded-off to two decimal places. 1.5 m 55 kN B 25 kN/m 2.5 m