A component that is made of S-590 alloy is to be subjected to a static stress of 400 MPa at a high temperature. Using a safety factor of two based on the stress, determine the maximum temperature the component must be exposed to for it to sustain the stress for at least 1000 days.

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Determine the max static stress the component must sustain : With a safety factor of two on the time, determine the maximum static stress the component must sustain in order to have a service life of 10000 hours. |

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Determine max temperature the component must be exposed : Using a safety factor of two based on the stress, determine the maximum temperature the component must be exposed to for it to sustain the stress for at least 1000 days. |

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## Sulphate ions in natural and industrial environmentsList some of the common sources of sulphate ions in natural and industrial environments. For a given sulfate concentration, explain which of the following solutions would be the most deleterious and which would be the least deleterious to a permea.. |

## Calculate how many lbs of co2 are produced per gallonDiesel fuel has an average chemical formula of C12H23 and a density of 6.45 lb/gal. Calculate how many lbs of CO2 are produced per gallon of diesel burned (assume complete combustion). |

## How to calculate the minimum length of the curveThe minimum clearance between the roadway and the waterline must be 6 feet. The PVI is located at station 19+00.00 with elevation 420.50 feet. The design speed of the curve is 55 mph, g1 is +3%, and g2 is -3.0%. PRT= 2.5 sec, 0.35 = friction facto.. |

## Derive an equation for concentration of a chemical in a lakeAccount for chemical reactions, groundwater flows, streams, precipitation, evapotranspiration. Indicate any assumptions that can be made to simplify your equation. |

## Determine the distances the spacecraft must be from earthconsider a spacecraft that is positioned directly between the earth and moon.the mass of the moon's is approximately 7.35 X10^22 kg, and at the instant under consideration, the moon is 3.8 X 10^8 km from earth. |

## Determine the pressure head required from the pumpA pump is necessary to lift water from the clear well (reservoir) at a water treatment plant to a storage tower 50-ft high and some distance away. A flow rate of 15 cubic per second (cfs) is required (68F). |

## Plot transition from tangent to full superelevated sectionThe superelevation rate is 0.084. Prepare a plot showing the ordinates required for the transition from the tangent section to the full superelevated section, assuming that the pavement width is 7.3 m wide. Make any necessary assumptions. |

## Determine how much money compounded quarterlyA present sum of $50,000 at an interest rate of 12% per year compounded quarterly is equivalant to how much money 8 years ago |

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## Determine what are the volume and density of the rockA piece of rock weighs 301 N in air and has an apparent weight of 202 N when suspended under water. What are the volume and density of the rock |

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## Determine diameter of glass tubing for the capillary riseDetermine the diameter of glass tubing that is necessary for the capillary rise to be less than 0.5 mm. Assume the fluid is water with surface tension equal to 0.0728 N/m and specific weight equal to 9800 N/m3 |

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