How to understand Newton's law of universal gravitation? Hi I am a high school physics student and I am currently struggling to grasp the concept of Newton's law of universal gravitation.
I am really confused with how this works. So do all objects attract each other with a force of gravitational attraction?
So when I am looking at my laptop which is stationary on a table, there is force of gravitational attraction between me and the laptop?
If so, how come I am not attracted to the laptop, like how come I am not moving towards it? 
So does Newton’s law of gravitation apply to any and every object in the universe, no matter the size and the mass?
 A: 
So does all objects attract each other with a force of gravitational attraction
So when I am looking at my laptop which is stationary on a table, there is force of gravitational attraction between me and the laptop?
So does the newtons law of gravitation apply to any and every object in the universe, no matter the size and the mass?

In the context of high-school physics: Yes to all of these.
Of course, later you will learn that Newtonian gravity is an approximation to General Relativity, which is itself expected to be an approximation to an undiscovered theory of quantum gravity.  But to the best of our knowledge all objects interact gravitationally, regardless of their size.

If so how come i am not attracted to the laptop, like how come am i moving towards it?

You are. It is instructive to approximate the magnitude of the force. Suppose that you mass 70 kg and the laptop masses 1 kg. Approximate both as point masses located 50 cm apart. The gravitational force is then about 19 nN. This is far less force than is exerted by the laptop’s fan exhaust, maybe not even enough to move a grain of dust against friction.
