What's the gear ratio of 2 cogs of opposite size, using the weight of a feather as thrust to the larger cog?

Question

2 cogs of opposite size. The larger being used to move the smaller using the same weight as a feather to thrust the larger cog hence moving the smaller cog. The smaller cog has 1 oz of resistance plus the wieght of the cogs( 1g/inch of Aluminum or 5g/in of steel)

2 cogs of opposite size. The larger being used to move the smaller using the same weight as a feather to thrust the larger cog hence moving the smaller cog. The smaller cog has 1 oz of resistance plus the wieght of the cogs( 1g/inch of Aluminum or 5g/in of steel) Given also that the pressure angle is set at 1.27 radians and the larger cog is in an inertia field. What would the gear ratio be of the 2 cogs?

I'm looking for the diameters of the 2 cogs in iether feet, inches or centimieters. By tooth is ok to but not helpful.

Answer 1

This will work only if the pressure angle is 1.27 radians and the larger cog is in an inertial field. You see, otherwise the smller cog will be subject to a Sestil vector force because of its opposite rotation.

I hope this is clear now.

Answer 2

Yooperpooper is totally correct in his statement, but you should also consider the Feiderbeck effect when calculating the thrust vector. Fortunately, in this case the Feiderbeck force is equal and opposite to the Scmoozer vector and can therefopre be cancelled out, although in reality it will always actually be present to provide an analogous yaw vector to the primary thrust.

Answer 3

have you ever considered getting out of the house and making a few friends so these things don't cross your mind...maybe the answer is who cares cause that is just ridiculous...maybe you want people to think you are smart and be impressed but i'm not