Calculate the stress in each segment
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Calculate the stress in each segment
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- Name the ampacity for the following copper conductors according to Table 310.15(B) (16): (Objective 6-4) a. 10 AWG THW amps _____ amps b. 8 AWG THWN amps_______ amps c. 1 AWG THHN amps ______ amps d. 4/0 TW amps ______ ampsQ2. Find IED 30- B'I 50 20 C (B 40 R = 20 T- 20 -fi40–e-20 - E, IXwo.t 2-22 mm (n.) 2-22mm (d,) 3-22mm (f) 12m- 23cm 8cm w 8.1 38 cm. P.L 40cm بسته 09- cm 2.6 m 23-22mm (2) -1.22mm (h) 1-22mm) -1-37m 10mm STPS. @12mm c/c -21mx18m 2.1m L38 cm 25 mm CLEAR. COVER 3-22 mm (c) -6-22 mm (d) -30 cm -6-22mm (c) 38 cm SECTION-1-1 10 mm 105 -2-22m. -2-22 mm STRAIGHT 2 IX -3-22 mm (f) PLAN OF 38 cm x 25cm. COLN. 25-22mm (4.h. i) -10 mm STPS @25cm -5.5m BINDER 23 cm 3-22 mm (c) 1-22 mm. (8) 10mm STIRRUPS- -22 mm @9 cm c/c (0) -22 mm @ 9cm c/c (b) -20 NOS. RODS (LONG SIDE) 17 NOS RODS (SHORT SIDE) 2 -1.37m- -/4-18mm STR 12 cmc/c -5-22 mm (disf) -4-22mm (h. i) 125 cm SECTION 2-2 -50mm CLEAR COVER -8 cm LEAN CONC. (1:4:8)novations 38 -Prepare a complete schedule of bars of the portal frame as shown in the 4-15. Assume weight of 22mbar-2-98 kg/rm and 10mm bar-0.62 kg/rm. Twar 469
- Calculate the additive and multiplying constant, if the focal length of the objective glass is 250 mm, stadia intercept is 2 mm and distance of the instrument axis from the center of the object glass is 190 mm. (a) 95, 440 mm (c) 440, 95 mm (b) 125, 440 mm (d) 440, 125 mmDescribe the following i) BCP-SP-07 ii) ACI-31805: The cantilever beam shown in Fig(4) is reinforced by 3025mm bars at the support. Given: clear cover (50mm), fe-25 MPa, fy-400MPa, check development length(Ld). 1000mm -50 50mm T=0 50mm T=0 3025 R3025 12=max Ø12@ 100mm c/c 2000mm 250mm Fig.(4) ww009 L600mm
- I find all the misser. IDEN CD, DE, EF, AF, AB, BC, DB, EA 20KN 75 30EN 10KN 3 0 5 TRAY 30KN 4m 3m 7.5KN E 3m 30KN FNSITIONS I U ANIMATIONS Font abe SLIDE SHOW CIVL 412-PowerPoint (Product Activation Failed) A L REVIEW AV- Aa- А. FP VIEW LE 50 N Paragraph Shapes Arrange Quick Styles Problem 1: Determine the natural frequency of the system shown in figure, consisting of a weight of 50 N attached to a cantilever through the coil spring k₂-20 N/m. The cantilever cross-section is 200x300 mm, Young's modulus of elasticity E-2.5x10¹ MPa, L-2m. P1³ BEI Drawing 2