Recent content by Mogdan

Thanks so much for this.

Could you at least upload some screenshots of it? Would be a great help.

Maybe to an external site such as mediafire?

Thanks for this help. Would you kindly be able to link me the excel spreadsheet; I would love to visually understand the graph.

Yes I would need to do this in an excel spread sheet but this looks very complex, nothing like we have learned in class. Actually the teacher told us to teach ourselves on inlined planes and circular motion and centripetal acceleration. Would you be able to simplify this for me as I am having a...

You see I can't estimate how far the stopping distance will be. Once I find the minimum braking distance formula, I need to include in other factors such as driver reaction time, coefficient of the road and all sorts of other stuff to get an exact value. This assignment is way above the...

It is in a helix. and I need a formula for which i will be able to plot in certain initial speeds of the car to find the minimum braking distance.

I will make it clear to you. Here is a picture of the road way the car will be coming down. the orange line indicates where the vehicle will come from. The red line indicates where the hill will be declined. The car will be going down the hill at an angle of 3.65 degrees of depression while it...

I just need to create a formula that would find the acceleration of a car that is on an incline while turning. This acceleration would then be used to sub into the formula for minimum braking distance (s=u^2/2 x mu x g)

Homework Statement u=60km/hr m=1400kg Friction of road (wet road)=0.4 angle of depression=3.65 degrees radius of circle=156.3m Distance of total circumference=983m Distance of circumference needed to go=154m Therefore it must go 56.4/360 degrees to go that distance. [/B] My problem is to find...