mass When I move a body with a net force there is a change in velocity of that body that is related to the net force. Through experimentation I see that there is a proportional change between the two. Because this proportional change is different between different bodies, it is a property of a body.
What if the net force on one body exerts an acceleration a but on another exerts not acceleration at all? If there is a net force, it must change speed no matter how small. That change will be constant with the force
Newtons second law holds for constant mass. That is the relationship is defined for unchanging mass.
the quantity ma is not a force. “the vector ma is equal in magnitude and direction to the vector sum of all forces acting on the body. ? Moving car, thinking that a force of acceleration is holding you in your seat. Because its not inertial though this is incorrect
A fundamental problem in distributed computing and multi-agent systems is to achieve overall system reliability in the presence of a number of faulty processes. This often requires processes to agree on some data value that is needed during computation
Its a system integrity problem. Some piece of data (in a database) for instance is susceptible to purposeful (or not) tampering throughout computation.
If the correct value is the majority you are in luck. If somehow the incorrect value becomes the majority then the generals will use that (how ever in this case if it was to attack at a different time (as opposed to run away ) they might still win)