• Q : Staircase....
    Civil Engineering :

    Staircase, Detail description of Staircase with it's plan,design criteria about it for various types of buildings,standerd dimensions of rise & going of stair which is applicable in civil engineering

  • Q : Staircase....
    Civil Engineering :

    Staircase, Detail description of Staircase with it's plan,design criteria about it for various types of buildings,standerd dimensions of rise & going of stair which is applicable in civil engineering

  • Q : Bearing....
    Civil Engineering :

    Bearing, True bearing of line is 300 and the magnetic declination is 30 W its magnetic bearing is what ? and Next Q. If the back bearing of line is N 600 W its fore bearing is what ?

  • Q : Bearing....
    Civil Engineering :

    Bearing, True bearing of line is 300 and the magnetic declination is 30 W its magnetic bearing is what ? and Next Q. If the back bearing of line is N 600 W its fore bearing is what ?

  • Q : Explain the potential causes of dna damage....
    Civil Engineering :

    Discuss the potential causes of DNA damage, the 'types' of DNA damage and 3-detail a specific DNA repair mechanism used to 'correct' a specific type of DNA damage event.

  • Q : Find cross sectional area of hill using suitable technique....
    Civil Engineering :

    Use a suitable technique to calculate the cross sectional area of the hill indicated. Justify your use of that particular technique.

  • Q : Some problems....
    Civil Engineering :

    Some problems, i would like someone to solve these problems for me. All problems attached in doc format. looking for response. thanks

  • Q : Determine the maximum radius r to the nearest 10m so that....
    Civil Engineering :

    Determine the maximum radius R (to the nearest 10m) so that there are at least 200m of tangent between the two curve systems and determine the Pl, ST., and CPI stations

  • Q : Pressure loss in the suction pipe work is directly....
    Civil Engineering :

    Pressure loss in the suction pipe work is directly proportional to water veloicty in the pipe work squared, which is inversely proportional to suction pipe work diameter squared.

  • Q : A compressor installed at a whalf for loading container....
    Civil Engineering :

    A compressor installed at a whalf (for loading container ships) is able to provide 6 bar.g pressure into the pressure reciever. The compressor is moved to a site that is 5000 ft above sea level (atm

  • Q : A projectile is fired into a block of wood that is hanging....
    Civil Engineering :

    A projectile is fired into a block of wood that is hanging on the end of a light rigid rod. How you would estimate the speed of the projectile. What might account for the errors in your estimation

  • Q : Ajet on an aircraft carrier is launched by a catapult ....
    Civil Engineering :

    A jet on an aircraft carrier is launched by a catapult. What are some of the parameters that would be taken into account to make sure the aircraft achives a specified speed at the end of the ship

  • Q : Discuss how relative motion is a critical issue in the....
    Civil Engineering :

    Discuss how relative motion is a critical issue in the midair refueling of aircraft. Would control of this process be with the pilot of the tanker or the aircraft being refueled

  • Q : A baseball is hit from home plate and travels over the....
    Civil Engineering :

    A baseball is hit from home plate and travels over the center field fence. What would the trajectory of the baseball look like if air-resistance was not factored in

  • Q : Air enters the compressor at 98 kpa and 295 k at a rate of....
    Civil Engineering :

    Air enters the compressor at 98 kPa and 295 K at a rate of 10 kg/s and exits at 1 MPa and 620 K. Determine the net power delivered to the generator by the turbine.

  • Q : Steam enters a nozzle at 400oc and 800 kpa with a velocity....
    Civil Engineering :

    Steam enters a nozzle at 400oC and 800 kPa with a velocity of 10 m/s, and leaves at 300oC and 200 kPa while losing heat at a rate of 25 kW. For an inlet area 0f 800 cm2, determine the velocity and t

  • Q : An uncatalyzed reaction has a rate of 42 x 10-7 sec-1 when....
    Civil Engineering :

    An uncatalyzed reaction has a rate of 4.2 x 10-7 sec-1. When an enzyme is added the rate is 3.2 x 104 sec-1. Calculate the rate enhancement caused by the enzyme.

  • Q : What are biosynthetic pathways in cells a anabolic b....
    Civil Engineering :

    what are biosynthetic pathways in cells A) anabolic B) catabolic C) usually produce more atp than they consume D) release monmorsinto the cytoplasm

  • Q : Color in a type of squash is controlled by a single gene....
    Civil Engineering :

    Color in a type of squash is controlled by a single gene. The squash can be either white or yellow, with white squash (W) dominant to yellow (w). if 1/2 of the offspring are white, what are the prob

  • Q : Two tanks tank a and tank b are separated by a partition....
    Civil Engineering :

    Two tanks (Tank A and Tank B) are separated by a partition. Initially Tank A contains 2 kg of steam at 1 MPa and 300 ?C while Tank B contains 3 kg of saturated liquid-vapor mixture at 150oC with a v

  • Q : A pressure gage connected between the upstream pipe and....
    Civil Engineering :

    A pressure gage connected between the upstream pipe and throat section shows a pressure difference of 29 kPa. The gasoline velocity in the throat section is 14 m/s. What is the velocity (m/s) in the

  • Q : A proposed combined cycle power plant is shown below a gas....
    Civil Engineering :

    A proposed combined cycle power plant is shown below. A gas turbine engine, the topping cycle, takes air at state 1 (T=300 K, P=100 kPa) and compress it irreversibly (hc=0.87) to state 2.

  • Q : Air enters an air - standard otto cycle with a pressure and....
    Civil Engineering :

    Air enters an air - standard Otto cycle with a pressure and temperature of 1 bar and 15 C respectively. The compression ratio is 9 and the bore and stroke of the cylinder are (10 cm, 12 cm).

  • Q : A sample of mortar fills a900 ml beaker the mortar and....
    Civil Engineering :

    A sample of mortar fills a900 ml beaker. The mortar and beaker combined weighs 3 lb and theempty beaker weighs 2 oz. What is the weight density of this mortar sample

  • Q : What is the bulk densityof a box filled with 88 marbles....
    Civil Engineering :

    What is the bulk densityof a box filled with 88 marbles, each of which weighs 1/2 oz, wherethe box weighs 9 oz and has interior measurements of 4" x 5" x10"

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