can You do question 2 (I am adding question
1 for reference)
question 2 is explain with help of diagram power to weight ratio
Homework Answers
ans:- POWER TO WEIGHT RATIO IS THE FRACTIONAL OUTPUT WHICH SHOWS US THE INFORMATION ABOUT THE ACTUAL PERFORMANCE OF THE ENGINE. IT GIVES US THE PERFORMANCE OF ANY PARTICULAR OBJECT OR A BODY AS A WHOLE.
ITS APPLICATIONS ARE :-
1 IN CARS .
2 BIKES
3. AIRCRAFT
IT IS DONE BY DIVIDING THE TOTAL POWER AND DIVIDING IT BY THE TOTAL MASS OF THE BODY. THIS CAN BE IN DESIGNING OF CARS AND THEIR MANUFACTURING.
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can You do question 2 (I am adding question
1 for reference)
question 2 is explain...
Question 1: (Design Tension member) Design the x-bracing of a building, which is subjected to tension...
Question 1: (Design Tension member) Design the x-bracing of a building, which is subjected to tension force due to wind load. Use a suitable steel channel { C ? x ? } that conforms to ASTMA36. (take: Fy=36 ksi, Fu=58 ksi, use bolt of diameter is dbolt=1", two rows of bolts with spacing between bolts @ 4" in both directions. The length of the designed member is L= 30 ft. 2" 2" 41 Pu=130 Kips o o end view C...
Could you please provide a detailed and accurate solution to the question below. I will leave...
Could you please provide a detailed and accurate solution to the
question below.
I will leave feedback that reflects the quality of your
answer.
Thank you.
There is alheadcap of a truck conrod that is fixed by two Class 10.9, M8* 125 bolts wm rolled threads. The grip & un threaded lengm can both measure 16 mm. The conneching short head (the clamped member) has an effechic cross- Sectional area of 250 m2 per bow. Each bolt is tightened to...
please just do #1 1. The lid on a pressure vessel is held down with 10...
please just do #1
1. The lid on a pressure vessel is held down with 10 bolts that pass through the lid and a flange on the pressure vessel (similar to example 8-4, in the text). The bolts are secured with nuts under the flange. There are no washers. The thickness of the lid is 28 mm and the thickness of the flange is 28 mm. The vessel and lid are both made of steel. The vessel is pressurized to...
if you can just do a and b ( would be appreciate ) i need to learn the concept Fig. Q.1 2. A steel plate (Fig. Q.2) is riveted to a vertical pillar diameter and carry the load and moment resul...
if you can just do a and b ( would be appreciate ) i
need to learn the concept
Fig. Q.1 2. A steel plate (Fig. Q.2) is riveted to a vertical pillar diameter and carry the load and moment resulting fro he rivets have a 15 mm civeted to from the external load of 8 KN. eters. The yield strengths of the materials are I length dimensions are in The (Sy)mvet 600 MPa and (Sy)plate 350 MPa. Calculate the...
Question 1 - (20 Marks) (a) Explain the following terms: i. Spur gear ii. Velocity ratio...
Question 1 - (20 Marks) (a) Explain the following terms: i. Spur gear ii. Velocity ratio (VR) of two spur gears iii. Gear train [2 mark] [2 mark] [2 mark] (b) Design the spur wheels, having a velocity ratio of 4 and the pitch of teeth as 8 mm. The approximate distance between the two shafts is 350 mm. 114 marks Question 2 - (20 Marks) Bar AB in Figure Q2 rotates at 5 rad/s in the clockwise direction. (a)...
Can you help me calculating this question? Thank you. Can you calculate this working and explain why? Thank you! 1. A 5...
Can you help me calculating this question? Thank you.
Can you calculate this working and explain why? Thank you! 1. A 50-Hz 10-MVA, 66/22-kV distribution transformer has a full-load efficiency of 98% at 0.8 lagging power factor. The transformer core loss is 80 kW. The transformer supplies an industrial load that has a constant demand of 5000 kW at 0.65 lagging power factor. The cost of energy is S0.1 per kWh. In the following questions, assume that the voltage at...
can you please complete this question in the GRASP method so I can understand, thank you!...
can you please complete this question in the GRASP method so I
can understand, thank you!
33. Examine the charge distribution shown. 9,= -3.0 x 10°C 2.0 m 9, = +20x10°c - 20m --- 92= -3.0 x 10°C 34. a) Find the net force on charge 1. (5 marks) b) What is the net electric field acting on charge 1? (2 marks) Charge 1 (0.15 kg) in the following diagram is hanging from a light insulating thread, as shown. Charge...
i have also attached the solutions. could you please explain step by step what they are...
i have also attached the solutions.
could you please explain step by step what they are doing.
especially the bit in part (a) where they do x/d
Question 2 Picture it. It's 5 o'clock on Friday and at the end of a long week all Dave wants to do is go home. But his boss has other ideas; he tells Dave that he can go once he has designed the tension reinforcement for the beam in Figure 2. a) Design...
I need help with questions 1-6 please. Thank you 1. Explain the CMOS process flow using...
I need help with questions 1-6 please. Thank you
1. Explain the CMOS process flow using a schematic diagram with due explanations to the following aspects 10 Points (a) Well and Channel formation (b) Isolation (c) Gate Oxide Formation (d) Gate and Source/Drain Formations (e) Contacts and Metallization 2. Consider a chip that has dimensions of 5000 um x 4000 um. 4 Points (a) Estimate the fabrication yield 'Y' assuming a defect density of D=0.5 cm? (b) What would be...
CAN YALL PLEASE HELP ME I HAVE 4 HOURS TO DO THESE!! THANK YOU!! Question 1...
CAN YALL PLEASE HELP ME I HAVE 4 HOURS TO DO THESE!! THANK YOU!! Question 1 A mass of 4 kilograms of air in a piston-cylinder assembly undergoes two processes in series from an initial state where p1 = 0.3 MPa, T1 = 211°C: Process 1–2: Constant-temperature expansion until the volume is twice the initial volume. Process 2–3: Constant-volume heating until the pressure is again 0.3 MPa. Assuming ideal gas behavior, determine the temperature at state 3, in kelvin. _________________________________________________...
Question 1: (Design Tension member) Design the x-bracing of a building, which is subjected to tension force due to wind load. Use a suitable steel channel { C ? x ? } that conforms to ASTMA36. (take: Fy=36 ksi, Fu=58 ksi, use bolt of diameter is dbolt=1", two rows of bolts with spacing between bolts @ 4" in both directions. The length of the designed member is L= 30 ft. 2" 2" 41 Pu=130 Kips o o end view C...
Could you please provide a detailed and accurate solution to the
question below.
I will leave feedback that reflects the quality of your
answer.
Thank you.
There is alheadcap of a truck conrod that is fixed by two Class 10.9, M8* 125 bolts wm rolled threads. The grip & un threaded lengm can both measure 16 mm. The conneching short head (the clamped member) has an effechic cross- Sectional area of 250 m2 per bow. Each bolt is tightened to...
please just do #1
1. The lid on a pressure vessel is held down with 10 bolts that pass through the lid and a flange on the pressure vessel (similar to example 8-4, in the text). The bolts are secured with nuts under the flange. There are no washers. The thickness of the lid is 28 mm and the thickness of the flange is 28 mm. The vessel and lid are both made of steel. The vessel is pressurized to...
if you can just do a and b ( would be appreciate ) i
need to learn the concept
Fig. Q.1 2. A steel plate (Fig. Q.2) is riveted to a vertical pillar diameter and carry the load and moment resulting fro he rivets have a 15 mm civeted to from the external load of 8 KN. eters. The yield strengths of the materials are I length dimensions are in The (Sy)mvet 600 MPa and (Sy)plate 350 MPa. Calculate the...
Question 1 - (20 Marks) (a) Explain the following terms: i. Spur gear ii. Velocity ratio (VR) of two spur gears iii. Gear train [2 mark] [2 mark] [2 mark] (b) Design the spur wheels, having a velocity ratio of 4 and the pitch of teeth as 8 mm. The approximate distance between the two shafts is 350 mm. 114 marks Question 2 - (20 Marks) Bar AB in Figure Q2 rotates at 5 rad/s in the clockwise direction. (a)...
Can you help me calculating this question? Thank you.
Can you calculate this working and explain why? Thank you! 1. A 50-Hz 10-MVA, 66/22-kV distribution transformer has a full-load efficiency of 98% at 0.8 lagging power factor. The transformer core loss is 80 kW. The transformer supplies an industrial load that has a constant demand of 5000 kW at 0.65 lagging power factor. The cost of energy is S0.1 per kWh. In the following questions, assume that the voltage at...
can you please complete this question in the GRASP method so I
can understand, thank you!
33. Examine the charge distribution shown. 9,= -3.0 x 10°C 2.0 m 9, = +20x10°c - 20m --- 92= -3.0 x 10°C 34. a) Find the net force on charge 1. (5 marks) b) What is the net electric field acting on charge 1? (2 marks) Charge 1 (0.15 kg) in the following diagram is hanging from a light insulating thread, as shown. Charge...
i have also attached the solutions.
could you please explain step by step what they are doing.
especially the bit in part (a) where they do x/d
Question 2 Picture it. It's 5 o'clock on Friday and at the end of a long week all Dave wants to do is go home. But his boss has other ideas; he tells Dave that he can go once he has designed the tension reinforcement for the beam in Figure 2. a) Design...
I need help with questions 1-6 please. Thank you
1. Explain the CMOS process flow using a schematic diagram with due explanations to the following aspects 10 Points (a) Well and Channel formation (b) Isolation (c) Gate Oxide Formation (d) Gate and Source/Drain Formations (e) Contacts and Metallization 2. Consider a chip that has dimensions of 5000 um x 4000 um. 4 Points (a) Estimate the fabrication yield 'Y' assuming a defect density of D=0.5 cm? (b) What would be...
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