View the step-by-step solution to:

Question 1 Railway level crossing accidents between vehicles and trains remain one of the greatest safety risks for rail operations in Australia....


I need a full explaination including the formula that were used to solve this problem.

Cheers Vicki

Question 1 Railway level crossing accidents between vehicles and trains remain one of the greatest safety risks for rail operations in Australia. Over the period 2006-2011, 71% of collisions (64% of fatal collisions) involved light passenger and commercial road vehicles; to 4.5 tonne gross vehicle mass (Transport Safety Bulletin, August 2011, p1). In this case a light passenger vehicle weighing 1470 N collides with a train engine weighing 1.23 x 105 N, which was being moved from one rail siding to another. Figure 1 Railway Level Crossing Accidents (2012) As part of a rail incident investigation team, reviewing the potential of installing boom gates at railway level crossings, it is imperative you analyse the cause and outcomes of all incidences. The accompanying photograph was taken after clean up processes have commenced and the unconscious driver of the vehicle is about to be taken to hospital. Prior to this, you photographed and documented the accident scene; including generating a diagram of the accident scene highlighting measurements and positions of the vehicles. The train engine and the vehicle were entangled after the accident and from your measurements you have been able to determine they skidded 15 m before finally coming to rest at an angle of 68o to the crossing. The co-efficient of friction between the vehicle’s tyres and wet road surface are 0.25. The eyewitness reports highlight the passenger vehicle drove straight through the stop sign and ignored the warning horn blasts of the train and continued onto the railway level crossing without due care. You need to ascertain the vehicle’s actual entrance speed to the crossing and whether the driver has exceeded the speed limit of 60 km/hr.
Background image of page 1
Sign up to view the entire interaction

Top Answer

Dear Student Please find... View the full answer


Automobile-Train Crissing
Train weighing M g = 1.23 × 105 N collided with a car weighing mg = 1470N .
Given the friction coefficient µ = 1 & post collision, both vehicles were entan4...

Sign up to view the full answer

Why Join Course Hero?

Course Hero has all the homework and study help you need to succeed! We’ve got course-specific notes, study guides, and practice tests along with expert tutors.


Educational Resources
  • -

    Study Documents

    Find the best study resources around, tagged to your specific courses. Share your own to gain free Course Hero access.

    Browse Documents
  • -

    Question & Answers

    Get one-on-one homework help from our expert tutors—available online 24/7. Ask your own questions or browse existing Q&A threads. Satisfaction guaranteed!

    Ask a Question
Ask a homework question - tutors are online