Ok so to put a twist on it I'll give you the answers to 2 questions regarding the big beautiful 1400GTR
All you have to do is work out the questions :agree:
1 happens 333.333 times/sec
2 travels 73199.927 kph
When you nail her ?
I'm thinking that the first one is something to do with spark plug firing or pistons movements , so maybe the second one is related , ie crankshaft rotations /speed
Quote from: viper on September 10, 2015, 11:42:49 PM
I'm thinking that the first one is something to do with spark plug firing or pistons movements , so maybe the second one is related , ie crankshaft rotations /speed
Yer in the warm zone dude :mfr_lol:
Clues are available
Kawasaki Ninja supercharger RPM ?
Quote from: O.C. on September 11, 2015, 08:25:54 AM
Kawasaki Ninja supercharger RPM ?
The questions are all found on our lovely 1400GTR's
So sorry OC wrong question
Think along Vipers lines
Must be something to do with the pistons :mfr_lol:
Ignition system
1: valve opening maybe?
2: piston (assuming 61mm stroke, which is 122mm per turn of the crank, so at around 11000 rpm that equates to about your figure over an hour)
Cheers
Paul B.
er, my brain hurts
Just think what it's doing to mine...
Nothing to do with canbus communication speeds then?
It sounds like me finishing a drink then going to the bar when they call last orders .
:mfr_lol: :mfr_lol:
OK PaulB is so close to answer 2 he's a winner
The question was how fast does the piston move @ 10000rpm answer in kph
So any ideas on answer 1 ? :popcorn:
Quote from: Charlie747 on September 11, 2015, 08:38:15 PM
OK PaulB is so close to answer 2 he's a winner
The question was how fast does the piston move @ 10000rpm answer in kph
So any ideas on answer 1 ? :popcorn:
Bro.
Is it a winky wanky bird in a sand storm :yes: :popcorn:
Sorry to do this, but the question was misleading by a factor of 1000. I'll try and show my working :smiley:
<pedant mode>
61mm piston stroke,
122mm per revolution = 0.122m per revolution.
At 10,000 rpm that's 1220m per minute. (0.122 * 10000)
That's 73,200
m per hour (1220 * 60). Or 73.2 km per hour :smiley:
I thought mach 59 sounded a little fast for piston speed :mfr_lol:
</pedant mode>
Cheers
Paul B.
:oops: My error :mfr_lol:
The answer was miss leading by a factor of 1000 :mfr_lol:
We had better work on the number of times the piston stops and changes direction / sec when the crankshaft speed is 10000rpm
That happens twice per crankshaft revolution
So 10000rpm / 60 = revs per sec
= 166.667 revs per second
166.667 revs per second x 2 the number of times a piston stops and changes direction per revolution
= 333.334
Therefore a piston changes direction 333.34 times a second at and engine speed of 10000rpm
It makes you think of the stress and load on an engine ? .............Well it does me :mfr_lol:
Thanks for the correction PaulB :punk:
PS hope I've got it right this time :surrender:
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