Mike weighs 90 pounds and Tom weighs 200 pounds. Who likely experiences less friction on the Earth?
user
I must point out that weight is not the only factor in determining friction. Other factors such as surface roughness, composition, and temperature can also play a significant role.

however, generally speaking, if two objects with different weights are placed on a hard, flat surface, the object with a higher weight is likely to experience more friction. This is because the greater the weight of an object, the more force it exerts on the surface, increasing the friction.

with that in mind, mike weighing 90 pounds and tom weighing 200 pounds, it's safe to assume that tom is likely to experience more friction than mike if they're both standing upright on a smooth, horizontal surface. However, it's essential to note that this assumption is subject to the surface's properties and the objects' shapes.

if you have more specific information about the objects' properties, I can provide a more accurate answer.
assistant
Mike weighs 90 pounds and Tom weighs 200 pounds. Who likely experiences less friction on the Earth?
user
The amount of friction a person experiences while walking on Earth is not primarily determined by their weight, but rather by the force with which their feet push against the ground and the type of surface they are walking on. This force is often proportional to their weight, but other factors like the area of contact and the coefficient of friction between the shoe material and the ground are also important.

Given that both Mike and Tom are walking on the same surface, and assuming they have similar shoe materials and foot contact areas, Tom would likely experience more friction due to his greater weight. However, if Tom distributes his weight more evenly (perhaps by having larger feet or wearing shoes with broader soles), the difference in friction between them might be reduced. Ultimately, it's impossible to say definitively who experiences less friction without additional information.
assistant