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If we increase the net force with the same mass, the object's acceleration will be even greater
Newton's 2nd law explains that the acceleration produced by the resultant force on an object is proportional and in line with the resultant force and inversely proportional to the mass of the object
∑F = m. a
[tex]\tt a=\dfrac{\sum F}{m}[/tex]
F = force, N
m = mass = kg
a = acceleration due to gravity, m / s²
Net force itself is the forces that act on an object or it can be said that net force: combination/sum of all forces acting on an object These forces can be the friction force of an object against the surface, or air, or the gravitational force. due to the influence of Earth's gravity or Normal force due to the weight of the object. The forces acting on this object can be opposite or in the same direction.
If two or more forces are in the same direction, then you add the forces
If two or more forces in the opposite direction, then you subtract the forces
The value of the acceleration itself can be negative or positive.
If it is positive, then the object is accelerating, which is indicated by the increase in the object's velocity at a certain time
If it is negative then the object is said to be slowing down which can eventually stop, which is indicated by a decrease in velocity over a certain time
[tex]\tt a=\dfrac{\Delta v}{\Delta t}[/tex]
From Newton's 2nd law formula above shows that:
1. If we increase the net force with the same mass, the object's acceleration will be even greater
2. If we increase the mass of the object with the same net force, the object's acceleration will decrease
The object will move in an unbalance condition from the forces acting on the object. An object will not move if there is a balance of forces acting on the object (net force=0)
example of 2nd newtons law
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