differential leveling between benchmarks A,B,C,D, and A gives elevation differences(m) of -15.632, 32.458, 38.214, and -55.025, and distances(km) of 4,6,5, and 3 respectively. If the elevation of A is 634.597m, what are the adjusted elevations for benchmarks B, C and D? What is the order and class of the leveling?

Significant with respect to strategy implementation : Discuss, in a two-page APA formatted paper, how the product positioning is aligned with McDonald's corporate strategy. Identify potential gaps in the product line or weaknesses in positioning. Describe the relevance of the EPS/EBIT chart and why it i.. |

Compute the mass of the charged particle : a charged particle (q=1.6*10^-19C) enters a mass spectrometer with a speed of 2.5*10^6m/s, compute the mass of the charged particle |

What is the effective annual interest rate and quaterly rate : a store charges 1.25 % interest per month in credit purchases. This is equivalent to: what nominal annual interest rate, effective annual interest rate, and effective monthly interest rate |

Compute the equilibrium temperature of the system : A blacksmith drops a 500 g iron horseshoe into a bucket containing 25 kg of water. what is the equilibrium temperature of the system |

What are the adjusted elevations for benchmarks b-c and d : differential leveling between benchmarks A,B,C,D, and A gives elevation differences(m) of -15.632, 32.458, 38.214, and -55.025, and distances(km) of 4,6,5, and 3 respectively. |

Find the size of the net force that positivecharge will feel : In the notes I stated that a moving charge will have an electric field. This electric field will produce a magnetic field that is out of phase with the electric field. What is the size of the net force that the positive charge will feel |

Identify the limitations of the research proposal : What implications and limitations are being made regarding the proposed sample and how it represents the proposed population? • What implications are you making regarding the instrument's validity and its ability to measure the desired variables? • W.. |

Identify the limitations of the research proposal : What implications and limitations are being made regarding the proposed sample and how it represents the proposed population? • What implications are you making regarding the instrument's validity and its ability to measure the desired variables? • W.. |

Calculate the kineic energy of the particle : a particle with a charge of 1.60*10^-19 and a mass of 1.67*10^-27kg is found moving in a uniform magnetic field of a strength 1.50T. calculate the kineic energy of the particle |

## Uva levels in raw and treated drinking waterMy question is regarding UVA levels in raw and treated drinking water with regard to TOC and DOC removal. Is there a jar test procedure that incorporates the UVA values of the various stages of treatment and is there a document you could refer me .. |

## Determine the sludge age and cell wastage flow rateAssume: Suspended solids in effluent negligible Wastage is from aeration tank Yield coefficient = 0.4 Bacterial decay rate = 0.04 1/d Effluent BOD5 = 10mg/L F/M = 0.33 mg/mg*d BOD5 after primary settling = 150mg/L MLVSS = 1700mg/L MLSS = 1.4(MLVSS.. |

## What conclusions can be drawn about viability of approachOne accident mitigation procedure is called emergency material transfer, in which the material is transported away from the accident site before it becomes involved. We plan on mitigating a crude oil tank fire scenario by pumping the tank empty in.. |

## Determine the restraining force by a concentric reducerThe pipe is connected to a 400mm diameter pipe by a concentric reducer, the gauge pressure at the entrance of the reducer is 3.00 bar and the the energy losses are neglected . Determine the restraining force. |

## Determine the magnitude of the acceleration of peg pIf the slotted arm OA rotates counterclockwise with a constant angular velocity of thetadot= 2.0 , determine the magnitude of the velocity of peg P when theta= 58. Determine the magnitude of the acceleration of peg P when theta= 58. |

## Determine stations and elevations of pvts of curvesdetermine the stations and elevations of the PVCs, PVIs and PVTs of the two vertical curves required to connect the highway segments, as well as the length of the constant grade section (connecting grade is to be small as possible). |

## Determine the hydraulic conductivity of the aquiferDrawdown at a 0.20 m diameter, fully penetrating well, which has been pumping at the rate of 1000 m^3/day for a long enough time that steady state conditions have been reached, is determined to be 0.70 m. |

## Estimate travel time for water to flow between piezometersThe piezometers are 280 m apart. The difference in piezometric head bewteen the two is 1.4 m. The aquifer hydraulic conductivity is 50 m/d and the porosity is 20%. |

## Determine the bod concentration leaving each pondThe volume of the first pond is 5.0 million gallons, and the second pond is 3.0 million gallons. Assuming complete mixing within each pond, find the BOD concentration leaving each pond |

## Effective thermal capacity in climatesFor energy conservation, materials with a high thermal capacity are effective in climates in which the heat flow through the building envelope is: |

## Four-lane highway for adequate ssdA horizontal curve was designed for a four-lane highway for adequate SSD. Lane widths are 12 feet, and the superelevation is 0.06 and was set assuming maximum fx. |

## What is the minimum distance from the stalled carWhat is the minimum distance from the stalled car at which the driver could apply the brakes and still stop before hitting it? Assume coefficient of rolling resistance of 0.013. |

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