At the same time measurements showed that the pipe

Assignment Help Mechanical Engineering
Reference no: EM13627619

During drilling of a deep oil well, the drill pipe got rigidly stuck. It was necessary to determine the depth at which the jamming occurred. The engineer ordered the pipe subjected to a large upwards tensile force, i.e., she pulled on it. As a result, the top of the pipe came up due to elastic stretch by 550 mm. At the same time, measurements showed that the pipe elongated by 0.35 mm in a 200 mm gauge length. Determine the depth at which the pipe was stuck. Assume the cross-section of the pipe is constant with depth.

Reference no: EM13627619

Questions Cloud

The heat capacity of silver measured at a temperature of 4 : assume that at low temperatures only the lattice vibrations and the electrons treated as a fermi gas contribute to the
A steady flow of 15 kgs of high-pressure liquid oil drives : a steady flow of 15 kgs of high-pressure liquid oil drives a hydraulic motor at the steady-state-steady-flow conditions
Electronic devices use electrical energy even when they are : electronic devices use electrical energy even when they are on standby. calculate the percent of energy used per day
Assuming that the population proportion p is near 03 find : assuming that the population proportion p is near 0.3 find the sample size required to construct 90 confidence interval
At the same time measurements showed that the pipe : during drilling of a deep oil well the drill pipe got rigidly stuck. it was necessary to determine the depth at which
Exhaust gases enter the regenerator at a pressure of 140 : air enters a regenerator at a pressure of 1mpa temperature of 550 k and mass flow rate of 800 kkgmin. heat is
It is known that 800 patients received a certain drug and : it is known that 800 patients received a certain drug and 75 of them reported and adverse event. construct a 99
When the rope it at an angle of 30 degrees the 2 lb sphere : when the rope it at an angle of 30 degrees the 2 lb sphere a has an initial speed of 2 fts. the coefficient of
Suppose the mirror is convex an upright image is formed and : a a concave spherical mirror forms an inverted image different in size from the object by a factor a gt 1. the distance

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  Successive maximum displacements of a spring-mass-dashpot

successive maximum displacements of a spring-mass-dashpot system shown by fig. 19.10 of vector mechanics for engineers

  Suddenly he leaps with a velocity of 4 ms from and parallel

a 70 kg boy stands on the edge of a stationary 100 kg platform the platform is on frictionless rollers. suddenly he

  A 0400 kg ball has a volume 148 x 10-4 m3 when dropped into

a 0.400 kg ball has a volume 1.48 x 10-4 m3. when dropped into water after a short time the sphere is observed to

  What is percentage increase in the force that is required

the hydraulic jack shown below consists of a master cylinder with a diameter of 60mm and a lifting or slave cylinder

  A hydroponic garden uses the 10 m long perforated pipe

a hydroponic garden uses the 10 m long perforated pipe system to deliver water at 20ordmc. the pipe is 5cm in diameter

  An air-standard otto cycle operates with a compression

an air-standard otto cycle operates with a compression ratio of 8. at the start of the compression stroke the pressure

  Dry air having a mass flowrate of 2 kgs and a temperature

dry air having a mass flowrate of 2 kgs and a temperature of 300k merges with dry air flowing at 3 kgs and having a

  Te point starts moving at t0 find the total distance

the position of a point p on a line is given by the equation x t sinpi t2. the point starts moving at t0. find the

  Watts that is suitable to satisfy certain specific needs

Determine Compressor Size in Watts that is suitable to satisfy certain specific needs, The drinking water needs in a production facility with 20 employees is to be met by a water bubbler type water fountain.

  Calculate the power output of the turbine the fraction of

a large stationary brayton cycle gas-turbine power plant delivers a power output of 100000 hp to an electric generator.

  Calculate the isentropic work process 1-2s the actual work

air at mass flow rate of 10 kgs at 1 atm 300 k point1 enters an adiabatic compressor and exists at 8 atm 600 k point 2.

  Air initially at a dry-bulb temperature of 45 degrees c and

air initially at a dry-bulb temperature of 45 degrees c and hr 10 is adiabatically humidified to hr 60.a determine

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd