w = 15 KN/m E 200000 MPa I = 220x10°mm* 6m
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- Determine the centroidal moment of inertia.**correction in picture L200x200x20 L 200 x 200 x 20theoretical mass: 59.7 kg/marea: 7600 mm2 I: 28.8 x 106 mm4 S (I/C) :202 x 103 mm3 r: 61.6 mmx or y: 57.4 mmAxis z r: 39.3 mmC380 x 74 theoretical mass: 74.4 kg/marea: 9480 mm2 depth: 381 mm flange width: 94 mmflange thickness: 16.5 mm web thickness: 18.2 mm axis x I: 168 x 106 mm4 axis x S (I/C) :881 x103 mm3 axis x r: 133 mm axis y I: 4.60 x 106 mm4 axis y S (I/C) :62.4 x103 mm3 axis y r: 22.0 mmx: 20.3 mm W310 x 500 theoretical mass: 500.4 kg/marea: 63700 mm2 depth: 427 mm flange width: 340 mmflange thickness: 75.1 mm web thickness: 45.1 mm axis x I: 1690 x 106 mm4 axis x S (I/C) :7910 x 103 mm3 axis x r: 163 mm axis y I: 494 x 106 mm4 axis y S (I/C) :2910 x103 mm3 axis y r: 88.1 mmFor data below the average P over an area by thiessen method is? if the area for each station = 222 Km ^2 (P1=150mm, P2= 127mm, P3= 152mm, P4=106mm)Given Y = 10 kn/m^3 Find Fh, Fv, horizontal distance of Fv from A
- Load (N) Deflection (mm) 0 0 4.903034 0.000346 11.416539 0.000802 18.337648 0.001251 25.050375 0.001727 29.707962 0.002173 31.75 0.002634 29.888114 0.003094D=300mm Head Loss =10m/km Q=? L/SUsing the following notes, what is the elevation of BM14?Station BS FS Elev.BM12 4.64 209.651 5.80 5.06 2 2.25 5.02BM13 6.02 5.853 8.96 4.944 8.06 3.225 9.45 3.71 6 12.32 2.02BM14 1.98
- P27The altitude of a right parallelepiped is 20cm and the base is a rhombus with diagonals 14cm and 48cm. find the volume of the parallelepiped.a. 1680 c. 1068b. 1860 d. 1608 A right circular cone has a fixed height if 20cm. what is the rate if change of its volume V with respect to its radius r. if the radius is 10.50cm?a. 130 pi c. 150 pib. 140 pi d. 120pi In the ellipse x2+3y2+2x+6y=0, find the length of the diameter which has a slope of 1.a. 2 square root 2 c. 1b. 1/2 d. 2value of a = 219 mm
- With the line of sight horizontal, solve for the stadia constant given the following: Stadia Occupied: A Stadia Observed: B Distance from A to B: 90m Stadia intercept = 130cm Station Occupied: A Station Observed: C Distance from A to C: 30m Stadia Intercept = 70cmG=5 M=9 Given: 25 kN and 18 mmCalculate the following: A.Adjusted value of angle A B.Adjusted value of angle C C.Adjusted value of angle F D.Adjusted value of angle H