# Analyze the indeterminate Frame given in Figure 3 by Slope Deflection Method due to…

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Analyze the indeterminate Frame given in Figure 3 by Slope Deflection Method due to the settlement of ¾ in at support A

Problem 8.1: Design for a warehouse a continuous one- way slab supported on beams 12 ft on centers as shown

Problem 8.1: Design for a warehouse a continuous one- way slab supported on beams 12 ft on centers as shown in the figure for Problem 8.1. Assume that beam stems are 12 in. wide. The dead load is 25 psf in addition to the slab weight, and the live load is 200 psf. Use f ′ = c 3000 psi and fy = 60,000 psi. Use ACI coefficients if permissible.

A commercial shaft, 5 ft long between bearings carries a 200 lb pulley at its mid-point. The pulley is keyed

A commercial shaft, 5 ft long between bearings carries a 200 lb pulley at its mid-point. The pulley is keyed to the shaft and receives 20 hp at 150 rpm. The belt drive is horizontal with a total belt tension of 1500 lb. Calculate the shaft diameter and angle of twist between the bearings. Take G = 12*106 lb/in2, allowable shear stress is 6,000 lb/in2 and allowable normal stress is 12,000 lb/in2. (Ans. 2¾ in, 0.214 deg) In brackets are the answers. Please show all the steps.

A member of the staff, Engr. Lorenzo de Guzman, electronics engineer of The Kundiman Communication Corporation (KCC), has just received

A member of the staff, Engr. Lorenzo de Guzman, electronics engineer of The Kundiman Communication Corporation (KCC), has just received an order from his immediate superior, the Vice President for Operations, to head the newly built telecommunication facility in Antipolo, Rizal. So far, he is the only company personnel identified with the new facility. He was given three months to make the facility operational. What should Engr. De Guzman must do to establish his team and meet the goal?

A copper-nickel alloy of composition 40 wt% Ni-60 wt% Cu is slowly heated from a temperature of 1150°C (2100 °F).

Engineering Assignment Writing ServiceA copper-nickel alloy of composition 40 wt% Ni-60 wt% Cu is slowly heated from a temperature of 1150°C (2100 °F). (a) At what temperature does the first liquid phase form?(b) What is the composition of this liquid phase?(c) At what temperature does complete melting of the alloy occur?(d) What is the composition of the last solid remaining prior to complete melting?

Designa system by interfacing the LDR sensor to MCU such that if the value is greater than a threshold value

Designa system by interfacing the LDR sensor to MCU such that if the value is greater than a threshold value make the LED to SWITCH ON indicating the value is above threshold. Once the LDR value becomes lower than Threshold , LED need to SWITCH OFF. [choose your OWN simulating platform]create a channel in a Data Analytics, Visualization Tool and post the data using HTTP protocolplease i need the code and the simulation result for the above question please reply as soon as posible

Structural Steel is produced as hot rolled sections and cold formed sections. Cold formed steel is used in the following

Structural Steel is produced as hot rolled sections and cold formed sections. Cold formed steel is used in the following case (Choose 4 options):Select one or more:1)Permanent formwork for suspended slabs2) Framing for residential construction3) Roof Sheeting4) Purlins and girts in industrial buildings5)Large span portal frames6) Support for upper floor/roof loads over long spans in residential construction

1130) Evaluate intg_3_11{ (x^2 – 3x 2) dx }. 1132) Integrate from 3 to 9 the function: (1/(x^2 6x)). Calculate

1130) Evaluate intg_3_11{ (x^2 – 3x 2) dx }. 1132) Integrate from 3 to 9 the function: (1/(x^2 6x)). Calculate a floating-point value. 1134) Find the area bounded by the curves y=8sqrt(x) and y=x-4 between x=5 and 8. Accurately and neatly sketch the area. Due to multiple interpretations, imagine that the area will be used to purchase enough paint to cover the entire area indicated.

Q3: Analyze the indeterminate Beam given in Figure 2 by Consistent Deformation Method and draw Shear Force and Bending Moment

Q3: Analyze the indeterminate Beam given in Figure 2 by Consistent Deformation Method and draw Shear Force and Bending Moment diagram. The Concentrated load given in Figure should be multiply by your 899 and should be divided by 60. The UDL given in Figure should be multiply by your 899 and should be divided by 45. Take EI=Constant

Numerical problemThe four masses mA, mB, mC, mD are respectively 100, 150, 120, 130 kg, the :corresponding radii of rotation

Numerical problemThe four masses mA, mB, mC, mD are respectively 100, 150, 120, 130 kg, the :corresponding radii of rotation are 220, 175, 250 and 300 mm. The relative angles are 45° between A and B, 75° between B and C, and 135° between C and D. Find the position and magnitude of balance mass required if the radius of rotation is 600 mm.course: Mechanics of machine

Consider a situation in which the inlet and outlet temperature and mass flow rates are specified, and it is desired

Consider a situation in which the inlet and outlet temperature and mass flow rates are specified, and it is desired to use a heat exchanger that will transfer the required heat load and will minimize costs.What factors might you consider to optimizing the total, annual cost of the heat exchanger and how do these factors influence the design and selection of the heat exchanger? -You have the initial cost of purchasing (fabricating) and installing the heat exchanger (the larger the heat exchanger, the greater the cost). -For a given mass flow rate what should be considered with regard to moving the fluids through the heat exchanger (pump / compressor power)? -With the heat exchanger in operation, what is needed to clean and maintain the device, so it operates as effectively as possible?Just need to explain

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