Here is a quiz for you guys
that is correct. balloon A was the smallest therefore balloon A had the higher atmospheric pressure.
That would be the atmosphere pressure on the outside pushing air into the cylinder. There is a vacuum or lack of pressure inside the cylinder. It does not get "sucked in" as it does get pushed into the cylinder.
Tricky Tricky...
86%, and several of them were not very good questions. The piston sucking or atmosphere blowing is a good example. Depends on your frame of reference. (There is no such thing as blowing.... the whole world sucks)
DTR's 'Wrench thrower...' And he aims for the gusto...
Joined: Oct 2003
Posts: 2,668
Likes: 3
From: Smith Valley, NV (sometimes Redwood City, CA)
96%.
I don't know which ones I missed but I did not agree with the available answers on a couple of them. Like the balance one with the weights offset. The answers were for a five to one ratio but the drawing was a six to one ratio. The block and tackle one was too blurry to see for sure. It must be late.
John
I don't know which ones I missed but I did not agree with the available answers on a couple of them. Like the balance one with the weights offset. The answers were for a five to one ratio but the drawing was a six to one ratio. The block and tackle one was too blurry to see for sure. It must be late.
John
96%.
I don't know which ones I missed but I did not agree with the available answers on a couple of them. Like the balance one with the weights offset. The answers were for a five to one ratio but the drawing was a six to one ratio. The block and tackle one was too blurry to see for sure. It must be late.
John
I don't know which ones I missed but I did not agree with the available answers on a couple of them. Like the balance one with the weights offset. The answers were for a five to one ratio but the drawing was a six to one ratio. The block and tackle one was too blurry to see for sure. It must be late.
John
Administrator ........ DTR's puttin fires out and workin on big trucks admin
Joined: May 2006
Posts: 2,013
Likes: 3
I got an 88, here are the questions I missed;
#7- I mixed up reverse and reduction, just placed them wrong
#11- worm gear
#19- this question is tricky, this display show's a vague image of a 4-1 haul system, but only 2 of the pulley's are moving, while the other 3 pulley's are simply a change of direction, from my quick paper scratching I came up with 50kg, the closest to my actual answer. I don't know, maybe the pulley size has something to do with further reduction?
#26- only 2 lights will light up
#32- B will be harder to move, I just over thought this one, (dee dee dee)
#44- The answer is higher in tube A, I picked B, B is on the high pressure side of the flow, pressure is what makes lift, turn your garden hose on all the way without a nozzle on the end of it then measure how far or high the stream goes, then close the valve half way to reduce the flow rate, then put you thumb over 3/4 of the end to restict the flow and measure how far or high it goes, it will self answer.
I am not sure, however, I believe that the Ford Doctor is the same individual that frequents The Diesel Stop, if in fact it is the same person I have had the opportunity to discuss issues with him via forum exchanges,
He is a excellent Ford, I/H tech, and always came up with thorough, correct answers, A valued resource for the members over there.
Tim
#7- I mixed up reverse and reduction, just placed them wrong
#11- worm gear
#19- this question is tricky, this display show's a vague image of a 4-1 haul system, but only 2 of the pulley's are moving, while the other 3 pulley's are simply a change of direction, from my quick paper scratching I came up with 50kg, the closest to my actual answer. I don't know, maybe the pulley size has something to do with further reduction?
#26- only 2 lights will light up
#32- B will be harder to move, I just over thought this one, (dee dee dee)
#44- The answer is higher in tube A, I picked B, B is on the high pressure side of the flow, pressure is what makes lift, turn your garden hose on all the way without a nozzle on the end of it then measure how far or high the stream goes, then close the valve half way to reduce the flow rate, then put you thumb over 3/4 of the end to restict the flow and measure how far or high it goes, it will self answer.
I am not sure, however, I believe that the Ford Doctor is the same individual that frequents The Diesel Stop, if in fact it is the same person I have had the opportunity to discuss issues with him via forum exchanges,
He is a excellent Ford, I/H tech, and always came up with thorough, correct answers, A valued resource for the members over there.
Tim



And I work on my own truck. Not much brain cells needed to fix it.

