Problem #4 For the steel part shown below, sketch according to the scale the following: 1...
MAY/JUNE 2017 QUESTION 1 Figure 1 shows the components of an IDLER PULLEY Draw according to scale 1 1, ın first angle orthographic projection, the following views when assembled - A full sectional front view (According to component 1 section) - A left view (24) (14) - And a title block Insert item numbers in the assembly drawing The complete part list is as follows | DESCRIPTION | MATERIAL QUANTITY BODY PULLEY PIN SHAFT BUSH HEXAGONAL NUT I M S...
QUESTION 1 Figure 1 shows the components of a swivel and base assembly Draw according to scale 1 1, in first angle orthographic projection, the following views when assembled -A full sectional front view on plane A-A (25 -A left view and (1 - A title block No hidden lines need be shown Insert the item numbers on your drawing The complete parts list is as foliows Item 1 Base (cast iron)- one required- Item 2 Swivel 9cast iron)- one...
Hi I need help with question 3 shown below. Thank you This problem references problem 2, which I have already completed 3) The p-n junction of problem 2 has a cross sectional area of 103 cm2. Calculate: a) the total depletion zone width, b)n-side depletion zone width, c) p-side depletion zone width, d) total charge on the n side, e) total charge on the p side and f) the peak electric field magnitude. g) Sketch εχ vs. x and the...
2. Sketch the Isometric view of the part shown below
Explain the main types of cross-sectional restraint in steel structure and hand sketch each restraint: 1. Full Restraint 2. Partial Restraint 3. Lateral Restraint 4. Nil Restraint 5. Continuous Lateral Restraint 6. Lateral Rotation Restraint
Sketch the orthographic multi-view of each shape shown below, in full scale where one block equals 0.5 inches. Include a 1-inch margin on all sides, and turn the paper in the direction that makes the most sense for the size of the shape. Create each sketch by hand on paper, then convert it to pdf form. Use the header format for individual assignments and letter your information in ¼-inch high capital letters. Begin each view with a very light rectangular...
with section GIVEN BELOW THE ISOMETRIC DRAWING OF A BRACKET MADE OF STEEL DRAl THE FOLLOWING VIEWS USING 11 SCALE AND THIRD ANGLE PROJECTION 1-SEC FV A-A 2-TV 3-RSV 25 10 15 R20 #20 25 70 30 R5 20 R30 110 AHED ALKHATEEB ID NO. BENCH NO. TITLE MATERIAL GROUP NO. KING SAUD UNIVERSITY DATE CW NO. SCALE OL OL nc
-1 -4 Problem 2. (1 point) Remaining time: 59:05 (min:sec) The graph below shows the derivative of the function f(x) on the interval x E-4,0]. You can click on the graph to see larger version. a) Given the single f(x) value already shown in the table, complete the entries for the rest of the table. x 4 3 2 0 f(x)-4 b) On your written sheet, use the values you found in part (a) to sketch the graph of the...
-1 -4 Problem 2. (1 point) Remaining time: 59:05 (min:sec) The graph below shows the derivative of the function f(x) on the interval x E-4,0]. You can click on the graph to see larger version. a) Given the single f(x) value already shown in the table, complete the entries for the rest of the table. x 4 3 2 0 f(x)-4 b) On your written sheet, use the values you found in part (a) to sketch the graph of the...
3- According to the figure below, (4) a) The area of top steel required in direction 1 b) The area of bottom steel required in direction 1- c) the area of steel required in direction 2 d) The area of top steel required in direction 2 Slab Finite Element Design Rebar Intensity (Enveloping) [mm2/m]- Direction 1 0mm2m 0.13 mm2/m 1063 mm2 m mm2/m 3- According to the figure below, (4) a) The area of top steel required in direction 1...