Impact of a Jet

F2:IMPACT OF A JET REPORT AUTHOR: creed MURDATE: 30/03/2012 2012 UNIVERSITY OF LEICESTER technology DEPARTMENT Table of Contents SUMMARY3 INTRODUCTION4 Aims4 PROCEDURE6 setup aim:6 Steps followed:6 RESULTS7 Hemispherical plate7 mat plate8 reckoning of mass melt rate physical exertion interrogation set10 DISCUSSION11 CONCLUSION11 REFERENCES12 Appendices13 SUMMARY In this prove the superpower generated by the kB of piddle striking a savorless plate or a hemispherical cup is heedful and results are compared to those of the computed accrue rate in the jet plane. Through the use of simple moments an comparability was derived so that the event exerted by the jet using the lie with weight , the graduated length of the pin tumbler arm, and the outdo from the pivot to the jet acting at goose pelt point of the jockey weight impart be measured. The extort acting on the rears for conf utilise flow rates is to a fault measured. Results are represented in a table and in form of graphs.

INTRODUCTION Aims * To study the forces resulting from the impact of jet when it hits a tied(p) or hemispherical cup * To compare the force produced to the nervous impulse flow rate in the jet * To compare theory-based results of the force to the experiment calculated result Over the past tense periods, engineers have found various ways to make use of the force that can be generated by a jet of fluid when it hits a surface. worry water turbines are use to generate hydropower using the instrument of force generated by a jet of fluid. By using the pressure at a hi! gh velocity of a moving fluid mechanised work can be produced. As in this experiment the force is produced when the jet of water from the nozzle hits the plane of the surface plate. These types of forces can be used to generate systems e.g. hydropower turbines, in industries to put down metals or when suspending something. The force exerted on the flat plate or hemispherical cup will have to depend on the...If you want to get a full essay, order it on our website: BestEssayCheap.com

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