• Q : Determine the tank''s water level....
    Physics :

    A cylindrial tank being drained through a duct whose cross-sectional area is 3x10-4 m2. The velocity of the water at the exit varies according to (2gz)0.5, where z is the water level, in m, and g is t

  • Q : Find the electric potential....
    Physics :

    A thin uniformly chargde rod has a length L=10cm and a linear charge density lambda = +5x10^6 e/cm. e is the change of an electron, which equals to 1.6x10^-19 C. Given a=5cm and b=15cm (b is the dista

  • Q : Calculate the magnitude of the electric field....
    Physics :

    A charged particle is projected in a uniform electric field between two plates with initial velocity 5x10^3m/s at angle 40 degrees to the x-axis. Its charge is q= -1.0x10^-11 C and mass is m=3.0x10^-1

  • Q : How modern genetic technology lead to personalized medicine....
    Biology :

    In a two to four page paper, explain how modern genetic technology may lead to personalized medicine. Give two or more specific examples of the benefits of personalized medicine.

  • Q : Find particle''s new de broglie wavelengt....
    Physics :

    A particle has a de Broglie wavelength of 2.7x10-10 m.Then its kinetic energy doubles. What is the particle's new de Broglie wavelength, assuming that relativistic effects can be ignored?

  • Q : Calculate the probability of particle....
    Physics :

    PSI (x) is the wave function for a particle moving along the x axis. Write the mathematical that will allow us to calculate the probability that the particle is detected in the inteval X=A to X=B

  • Q : Determine the wavelength frequency and velocity....
    Physics :

    A transverse traveling wave on a cord is represented by D = 0.56 sin(6.4x + 82t) where D and x are in meters and t is in seconds.(a) Determi

  • Q : Calculate rms angel and power dissipated....
    Physics :

    A 40 mH inductor with 4.0  resistance is connected in series to a 20 µF capacitor and a 60 Hz, 30-V (rms) source. Calculate the following value.(a) rms cu

  • Q : Write technologies industry implement to minimize inspection....
    Science :

    Describe technologies or practices (or best management practices) that industry can implement to minimize or reduce government inspections or oversight.

  • Q : Determine the height of the building....
    Mathematics :

    A building is located at the end of a street that is inclined at an angle of 8.4º with the horizontal. At a point P, 210m down the street from the building, the angle subtended by the building

  • Q : Determining the length in a right triangle....
    Mathematics :

    A right triangle has a hypotenuse of length 3.00 m, and one of its angles 30.0. What are the lengths of the side opposite the 30.0 angle and the side adjacent to the 30.0 angle.

  • Q : Analyze external environment and assess internal factors....
    Science :

    Analyze the external environment and assess internal factors to provide a basis for refining strategic direction and formulating corporate strategy.

  • Q : Equations of the bisectors of the angles....
    Mathematics :

    Find the equations of the bisectors of the angles between the lines 4x+3y-12=0 and y=3x

  • Q : Proportional region with the gas amplification factor....
    Physics :

    These beta particles produce on the The average 80 ion pairs in a counter operating in the proportional region with a gas amplification factor of 6´104.At what rate will the particles need to

  • Q : Electromagnetic radiation with a frequency....
    Physics :

    The reference value for the radiation of GSM 1800 mobile telephony operators transmitting frequency of 1800 MH. What wavelength is electromagnetic radiation with a frequency of 1800 MHz?

  • Q : Find mass of ascorbic acid oxidized-air overwaiting period....
    Chemistry :

    A 0.1967 g sample of pure ascorbic acid is weighed out. What mass of ascorbic acid has been oxidized by the air over the week-long waiting period?

  • Q : Isothermal expansion....
    Physics :

    The work output of the engine is 9*10^5 in each cycle. Compute the temperature of the reservoirs between which the engine operates.

  • Q : What is the diameter of the circular window....
    Science :

    Suppose you are standing at the bottom of a swimming pool looking up at the surface, which we assume to be calm. Looking up, you will see a circular window to the "outer world." If your eyes are app

  • Q : How much ice must add so that final temperature is zero....
    Chemistry :

    A physics student wants to cool a glass of Diet Cola (mostly water), initially at 27°C, byadding ice initially at -18°C. If there is 250g of Diet Cola in the glass, how much ice must they a

  • Q : Problem related to differential equations....
    Mathematics :

    Compute y' and y'' and then combine these derivatives with y as a linear second-order differential equation that is free of the symbols c1 and c2 and has the form F(y, y', y'')=0. The symbols c1 and

  • Q : Magnitude and direction of the electric field....
    Physics :

    What is the magnitude and direction of the electric field a distance of 5×10-7m from an electron? How much charge would you have to put on a sphere of radius 30mm to get an electric field of 7.5

  • Q : Features of the hb variants....
    Chemistry :

    In terms of the structural aspects of Hb that we discussed in class, explain asmany features of the following Hb variants as you can (you may not be able toexplain all of the properties).

  • Q : Value at the centre of the coil....
    Physics :

    A coil of radius 75 mm has 250 turns and carries a current of 2.2 A. Find the magnetic field at the centre of the coil and at a point along the axis 150 mm along the coil. How far along the axis mu

  • Q : Role of exercise and physical mobility in nutritional....
    Biology :

    How do you think social institutions in your neighborhood or community could address nutritional problems? What is the role of exercise and physical mobility in nutritional and calorie-related imbalan

  • Q : What type of function models the behaviour of the graph....
    Mathematics :

    What type of function models the behaviour of the graph? Explain why you chose this function. Analytically create an equation to model the data in the above table.

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