If e is some value at midspan and e=0 at each end of the beam, and the cable within the beam has a parabolic profile. what is the expression I need to use to determine e at some other lenth along the beam other than midspan or at the ends?

Calculate the final score and report the results : Given a file with the results from a game of bowling, calculate the final score and report the results to an output file. I do not have to control bad input from file and all numbers will be legal to the game of bowling. |

Calculate the work required to move the test charge : Consider two identical +53 microcoulomb point charges placed 58 cm apart. Calculate the work (in J) required to move the test charge to a point 8 cm closer to either of the charges |

Determine what the bending moments are at the lifting points : A beam is 11.5m long. There are two lifting points at 2.2m from each end of the beam. Beam self weight = 4kNm superimposed live load = 12kNm. How to determine what the bending moments are at the lifting points |

Write assembly code that computes average : Using MARS, write Assembly code (for RISC) that computes average of list of mideterm test scores in # freshman ENGR121 class and return in $v0. |

Determine e at some other lenth along the beam at ends : If e is some value at midspan and e=0 at each end of the beam, and the cable within the beam has a parabolic profile. what is the expression I need to use to determine e at some other lenth along the beam |

What is the column density through the center of the sphere : Suppose we have a uniform sphere (radius R) of 1 M of hydrogen. What is the column density through the center of the sphere |

What will the pressure and speed be : A pipe with a diameter of 1m carries water at a pressure of 1000kPa and a speed of 6m/s. what will the pressure and speed be in the smaller diameter section of pipe |

Explain the standard method of encryption used by the office : Simon works in a government office where encrypted messages are regularly received. He knows that an affine cipher is the standard method of encryption used by the office, and has access to the machine which encrypts. |

What is the value of m2 that could be carried by column : The column is braced. The column is required to carry N*=0.75phiNuo kN. What is the value of M2* that could be carried by column considering the slenderness effect. M1*= 0.8M2* Nuo=1000kN r=120mm |

## Compute dead load due to backfill that the pipe must supportA 300 mm diameter pipe is placed in a 3 m deep rectangular trench that is 0.60 m wide. The trench is backfilled with clay that has a bulk unit weight of 18.8 kN/m3. Compute the dead load due to backfill that the pipe must support. |

## Determine the total force the man must exert on bar abA man having a weight of 167lbattempts to hold himself using one of the two methods. Determine the total force he must exert on bar AB in each case and the normal reaction he exerts on the platform at C. |

## Determine moment of inertia of beams cross-sectional areaDetermine the moment of inertia of the beam's cross-sectional area about the x-axis. Set a = 40mm , b = 130mm , d = 110mm , h = 380mm . |

## Determine what is the void ratio of the soilA natural deposit of soild was found to have water content of 20% and to be 90% saturated. What is the void ratio of the soil |

## To what maximum angle, measured from verticalTo what maximum angle, measured from vertical, does the rod (with the attached ball of clay) rotate? |

## Conductive heat loss through the furnace wallAssuming unit surface area, find the conductive heat loss through the furnace wall and the temperature at the interface of the fire clay and red brick. |

## Determine when would the wells start interfering each otherOne of the wells pumps at a rate of 1,240 m^3/ day. The second well pumps at 850 m^3 / day. If the aquifer has a T= 2000m^2 / day and a storage coefficient of 0.0004, when would the wells start interfering each other |

## Develop 95 percent confidence interval for population meana simple random sample of 20 items from a normal population resulted in a sample mean of 17.25 and a sample standard devation of 3.3 a. develop a 90% confidence interval for the population mean. b. develop a 95% confidence interval for the populatio.. |

## Explain how to plot the hydraulic grade lineWater is pumped from a reservoir whose surface elevation is 1390 ft to a second reservoir whose surface elevation is 1475 ft. The connecting pipeline is 4500 ft long and 12 in. in diameter. |

## What would be magnitude of coresponding forces on full scaleOffshore oil exploration platform is expected to encounter current of 3 m/s wave height 4 m and periods 15 seconds. A 1 in 20 scale modes is to be build and tested in hydraulic laboratory to determine the forces on the full scale structure. |

## Determine the minimum mean cell residence timeThe initial waste concentration is 200 mg/l and the following constants have been determined: Ks=50 mg/l; k=5.0 days^-1; kd=0.06 days^-1; Y=0.60 Determine the minimum mean cell residence time, the mean cell residence time you would set for design. |

## Difference between total and static pressureThe difference between the total and static pressure before a shock is 75 psi. What is the maximum static pressure that can exist at this point ahead of the shock? The gas is oxygen. |

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