Simple isn't it? #5

Classical Mechanics Level 4

A stone is projected at an angle $\theta$ with the $x$ -axis. The coefficient of friction on the $x$ -axis is $2$ . What is the value of $\theta$ for which the stone travels maximum distance along the $\theta$ before it comes to stop.

The answer is ${ x }^{ \circ }$ .

Find $x$ .

Try this first please.

This problem is of this set.

The answer is 45.

1 solution

Aditya Kumar
Jun 19, 2015

Lol, if u tried the previous method and submitted the solution. Note that the stone won't travel on the ground for coefficient of friction greater than 1.

go this one, now i need to do the other ones thx for the set.

Mardokay Mosazghi - 5 years, 11 months ago

this was just to troll those who used the method used in simple isn't it #4

Aditya Kumar - 5 years, 11 months ago

Simple isn't it? #5

Try this first please.

This problem is of this set.

The answer is 45.

1 solution

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