I have a Ford F150 with 4 wheel drive. It has a rear limited slip axel. As I understand it, neither the front nor the rears lock, ever. If that‘s the case, why do they say to never drive on dry pavement in 4 wheel low?
Probably the thing is not like that. Gravity is probably because off the particle called Graviton I don't have enough idea about this Sorry :-(
gravity and magnatism are not the same thing! and the effects the earths magnetic field has on the human body is minimal at best(you would get stronger exposers from an MRI) does an MRI cause people to spontanously combust because of its magnetic force? no.
When you put it in low range, you're effectively increasing the torque to the drive wheels. In 4WD, you get more scuffing of the tires and stress on the driveshafts and spindles and axles, so driving on pavement in 4WD (either high or low) causes more wear and can break parts. Low range just increases the chances of this happening.
bc 4 wheel low is for stuff like really soft sand and snow and stuff. driving on the pavement with it would just chew up ur tires. 4 wheel low just means its an even lower gear than regular 4 wheel drive and with that u have more power to get unstuck
seem Gravity is in holding with Newton's regulations of Gravitation which states that- All products entice one yet another that is proportional to the made of their thousands and inversely proportinal to the sq. of the area between them and acts alongside the ling growing a member of both thousands, Gravity is a primary case of gravitation the position between the attracting merchandise is the Earth. Equation of gravitational stress FGm1m2/r^2 the position m1 and m2 are the massses of two products, G is termed Gravitational consistent, r is distance between them. Galilios regulations of action of a freely falling body are a million) All body starting up from relax falls with equivalent rapidity in vaccum 2) the speed attained with the help of a freely falling body is proportinal to time of fall,3)the area traversed with the help of a freely falling body is proportional to the sq. of time of fall. this can properly be genuinely proved with the help of thinking equations of primary action taking g as downwards acceleration. g is gravitational acceleration and its familiar fee is 9.8metre/sec/sec.
