• Q : Degrees from the horizontal....
    Civil Engineering :

    When standing 10 feet from the base of a building, you measure that the bottom of a large window is at 45 degrees from the horizontal, while the top of the window is at an angle 60 degrees.

  • Q : Determine the power output of the motor....
    Civil Engineering :

    Question: Determine the power output of the motor. Assume the shaft is only subjected to a torque. Note: Explain all steps comprehensively.

  • Q : Determine the expected times and variances....
    Civil Engineering :

    Question 1: Determine the expected times and variances for each activity Question 2: Construct a project network for this problem

  • Q : Determine the subsequent motion....
    Civil Engineering :

    If an Undammed spring -mass system with weight 16 lb and spring constant 1/3 lb/in is suddenly set in motion at time t = 0 by an external force 4 cos 2 root 2t lb, determine the subsequent motion. W

  • Q : Conditions for a taylor series....
    Civil Engineering :

    Question 1: What are the conditions for a Taylor series giving an exact value for a polynomial, exponentials, and continuous trigonometric functions? Give examples.

  • Q : Determine the percentage change in volume....
    Civil Engineering :

    Question: Determine the percentage change in volume of the bar when an axial force of 20 kips is applied to the bar. Note: Please explain comprehensively and give step by step solution.

  • Q : Determine the reynolds and froude numbers....
    Civil Engineering :

    Question: Determine the Reynolds and Froude numbers for the flow if the discharge rate is 800 m^3/s. what is the flow regime. Note: Show all workings.

  • Q : Estimate the maximum pressure in the tire....
    Civil Engineering :

    Question: Estimate the maximum pressure in the tire? Note: Show all workings.

  • Q : Steady state concentration of non-reactive pollutant....
    Civil Engineering :

    The steady state concentration of the non-reactive pollutant in the effluent from the lagoon that overflows into the river.

  • Q : Examples of unsustainable energy....
    Civil Engineering :

    Question: What are some examples of unsustainable energy practices used today in the United States? Note: Please provide full description.

  • Q : What is the minimum pressure....
    Civil Engineering :

    Question: What is the minimum pressure that can be expected in the space above the water? Note: Explain all steps comprehensively.

  • Q : Concentration of pollutant in the air....
    Civil Engineering :

    Question: Estimate the concentration of pollutant in the air over the city 3 hours after the new industry begins production. Note: Explain all steps comprehensively.

  • Q : Suitable diameter for the rod or bar....
    Civil Engineering :

    Question: Suggest a suitable diameter for the rod or bar. Note: Explain all steps comprehensively.

  • Q : Concentration of pollutant in the air....
    Civil Engineering :

    Question: Estimate the concentration of pollutant in the air over the city 3 hours after the new industry begins production? Note: Explain all steps comprehensively.

  • Q : Steps involved in the concreting process....
    Civil Engineering :

    Question: What are the steps involved in the concreting process, explain? Note: Explain in detail.

  • Q : Electricity consumption per capita in india....
    Civil Engineering :

    From 1990 to 2000, annual electricity consumption per capita in India went from 290 kWh/person to 540 kWh/person and the Indian population increased from 2 million to 2.4 million people. Assuming th

  • Q : Define the terms rock mechanics....
    Civil Engineering :

    Question: Define the terms "rock mechanics", "rock engineering" and explain the relation between them; define the terms "intact rock", "discontinuity", and "rock mass" and explain the relation betwe

  • Q : Calculate the total mass density....
    Civil Engineering :

    Calculate the total mass density (Mg/m3) and total unit weight (kN/m3) for a soil whose solids are pure quartz (Gs=2.66). Compare those values with a soil with solids composed of 70% quartz by weigh

  • Q : Water content-void ratio....
    Civil Engineering :

    Question: Calculate (a) water content, (b) void ratio, (c) porosity, (d) total mass density, and (e) dry mass density. Use units of kg/m3 for the densities

  • Q : Determine the average normal strain....
    Civil Engineering :

    Question: If the length of bar AD is 1.2 m, determine the average normal strain in bar AD. Note: Explain all steps comprehensively.

  • Q : Required elevation of water in tank....
    Civil Engineering :

    Question: What is the required elevation of water in tank relative to the reference datum? Note: Please explain comprehensively and give step by step solution.

  • Q : Particles velocity and position as a function....
    Civil Engineering :

    Determine: (a) The particles velocity as a function of position. (b) The particles velocity and position as a function of time. (c) The time when the particles velocity decreases to 3mm/s.

  • Q : Calculate the yield strain....
    Civil Engineering :

    Calculate the yield strain for a No. 6 bar of Grade 60 steel. What is the stress in the bat at this level of strain? What is the total force in the bar at this level of strain?

  • Q : Determine the average normal strain....
    Civil Engineering :

    Question: If the length of bar AD is 24", determine the average normal strain in bar AD. Note: Please provide reasons to support your answer.

  • Q : Slowing down portion of race....
    Civil Engineering :

    If the slowing down portion of his race takes 1 second and he finishes the race of 100 m in a total of 9.6 seconds, determine his maximum speed vmax .

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