Determine the distance corrected for sag with a tension

Assignment Help Civil Engineering

Reference no: EM13317622

A distance of 72.55 ft is recorded using a steel tape weighing 0.016 lb per foot. The tapes is supported only at the ends with a tension of 15 lb. Find the distance corrected for sag.

Reference no: EM13317622

Questions Cloud

Explain the impact of time on the elasticity of market : Explain the impact of time on the elasticity of market supply and discuss the role of profits and losses in a purely competitive market.

At what voltage will capacitor exhibit dielectric breakdown : Consider a parallel-plate capacitor with an area of 1.1 cm2, At what voltage will this capacitor exhibit dielectric breakdown

Advanced finance and risk management : Is there directional risk that the bank faces? That is, does the bank gain or lose when the index goes up? When it goes down and is there volatility risk that the bank faces? That is, does the bank gain or lose when volatility goes up? When it goes d..

Determining the shape of a long-run market supply curve : Contrast the role of constant-cost, increasing-cost, and decreasing-cost industries in determining the shape of a long-run market supply curve.

Determine the distance corrected for sag with a tension : A distance of 72.55 ft is recorded using a steel tape weighing 0.016 lb per foot. The tapes is supported only at the ends with a tension of 15 lb. Find the distance corrected for sag.

Determine the corrected distance with the tape supported : A 50-m tape is used to measure between two points. The average weight of the tape per meter is 0.320 N. If the measured distance is 48.888 m, with the tape supported at the ends only and with a tension of 100 N, Find the corrected distance.

Determine how far away from the existing station mark : if the steel tape to be used is only 99.98 under standard conditions and if the temperature is 87 degree farenheit at the time of the measurement, how far away from the existing station mark at 0 + 79.23 will the surveyor have to measure to locate..

Calculate the sound level of wave : The intensity of sound wave A is 100 times that of sound wave B. Relative to wave B, find the sound level of wave A

Calculate what distances would be laid out : A rectangle commercial building must be laid out 200.00 ft wide and 300.00 ft long. if the steel tape used is 100.02 ft long under standard conditions, what distances would be laid out

User Account

All Pages