5/5 find the normal stress at left of point B A 100 D 40 KN S0 kN 40 mm 70 10 N 20 mm 30 mm 300 mm 300 200mm 100 mem 21.3 MPa O 23.8 MPa 26.4 MPa O no one O

Q: (d)  If the member BC is fabricated 10 mm too long, explain how you will determine the vertical…

A:

Q: A В 4 - 400 mm - - 600 mm-

A: The inclined load P is 24 kN. The horizontal load Q is 45 kN. The internal normal force is…

Q: h2= 8KN/m h1= 10KN/m 25 G | 14KN 2.5 3 2 4 3

A:

Q: Q3 A- The energy loss of hydraulic jump between (y2-y1)3 ( specific energy 1 and 2) can be written…

A:

Q: In the figure shown below: 150 mm 4. Find P₁. SG-10 a. 47.421 kPa b. 36.156 kPa 5. Find P₂. c.…

A: Manometer having fluid of SG = 10 attached to pipe. We need to find pressure at various locations…

Q: Homework 6 H.W//7.1- For the element shown find 1) Principle stresses and their direction 2) Shear…

A:

Q: Joint A Member AB Distribution factors B BABC 8.66 0.34 Ċ (BCD 0.34 0.66 DC

A: Complete Moment distribution table.   At each joints,  unbalanced moments are balanced in proportion…

Q: -30 ft- ft OE 60 k 40 k - 30 k -30 ft- OF 20 ft impi snossib

A:

Q: Determine degree of static indeterminacy

A: The given question is related with structural analysis . In this question we are provided with value…

Q: K H 3m A B D E 4 kN 4 kN 4 kN 4 kN 3m 3m 3m 3m 3m

A:

Q: building shown 5 kPa and a uni Determine the s forred to the gi

A: Solution

Q: 20 kN A B 30 kN/m F 16 kN D C 2m 4m 4m 3m Which of the following most nearly gives the reaction (KN)…

A: Asked: To determine the reaction at the roller support.   The reaction at the roller support (C) can…

Q: The resultant moment MR has a magnitude of [MR] and is counterclockwise. d) Determine the magnitude…

A: Given: Mr=461

Q: Determine the stress in members B0, Ac and cA y OReO is o.012m² Ans EN m- 2 20kw KA

A:

Q: Problem 3.8 - Determine the moment about the line AB due to Force F. @@@ Z 18 m A with w Mmmöng un…

A: Given data: Coordinates. A 0, 0, 18B 0, -20, 0C 0, 10, 0D 15, 0, 12 F=6 kN

Electric Circuit and Components

An electrical circuit or electrical network is a pre-determined pathway to make the electrons flow in the desired direction. The flow of electrons will set up a current flow in the circuit. Normally, the flow of electrical current is opposite to the flow of electrons. An electron is a fundamental sub-atomic particle of an atom possessing a negative charge. To initiate the flow of current and achieve the desired output, the electrical circuit should necessarily be composed of closed pathways. The pathways are made-up of good conductors of electricity such as aluminium and copper.