Kube
Super Moderator
If your question is actually serious, I'd worry that you may just be a candidate. DD
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Oh my... laughing my a-- off!
If your question is actually serious, I'd worry that you may just be a candidate. DD
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Everybody has a stupid factor, mine runs at about 2 or 4 most of the time, but every oncein a while I hit the big 10. Recently I got some medication to help clear my throght. The bottle said spray into your nose. But it's in a glass bottle, and I can't squeezer it. Now my daughter, looked at me and said, "Just push the top down".
Pobody iz nerfect"
Gramps
>>>Having installed a distributor the "wrong" way because the tang was worn enough to let is slip in, all I got was timing 180 out and no damage....but lesson learned....fortunately years ago.>>>
IMO, the hardly noticeable offset was one of Ford's lousier ideas to avoid being 180° out. It woulda been better to risk being 180° out with no offset.
Finally, I get to tell of my father’s claim to fame in that category. He had an open sore on his right elbow, and an open bottle of iodine in his right hand, the applicator in the left. Up goes his arm, elbow bent… you know the rest!
Off subject... Your avatar... Try to follow the firing rotation with your eyes, You see only three detonations per revolution, advancing by one cylinder per revolution. Similar to watching the prop on a plane in a movie! Stranger than fiction!
Alan ....That's not strange & not fiction, because what Jack's avatar is doing is actually correct and true. It represents a 5-cylinder RADIAL engine. You must realize that virtually all AMERICAN 5-cylinder radials turn in a clockwise direction when viewed from the rear (non-propeller end), as Jack's engine does.
You should also remember that almost all radial engines are 4-stroke, and that each cylinder fires once every SECOND cycle.
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With radial engines, the TOP cylinder in the front row (or ONLY row) is always #1. The cylinders are numbered sequentially in the direction of rotation. With Jack's 5-cylinder example, the firing ORDER would be #1, 3, 5, 2, 4. Looking at Jack's engine from the REAR, the cylinders fire in a clockwise direction, once every other cylinder, with two complete rotations.
If you didn't realize it, all radial engines have an ODD number of cylinders on EACH ROW of cylinders. Can anyone explain WHY radial engines have an ODD number of cylinders per row? The answer should be easy to figure using the two examples below! ALAN ("ford38V8") will owe you a free chicken dinner for the first CORRECT answer. DD
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