Newton never said that, and there's really no such thing as the "force of an object".
Newton said that the rate of change of an object's momentum is equal to the net force ACTING ON the object. These days, almost everybody says that the object's acceleration, multiplied by its mass, is equal to the net force ACTING ON it. This statement is entirely equivalent to the other one.
Newton's 2nd law applies everywhere, to simply all objects.
Answer:
Independent variable: Force applied to the car
Dependent variable: The acceleration of the car
Explanation:
A scientific experiment involves three variables which are classified mainly as independent, dependent and constant variables.
The independent variable is the variable which can be changed or changes itself like weather, natural conditions and in a given question, the applied force on the car is considered.
The dependent variable is the variable which depends on the independent variable that is the force applied on the car. Therefore, the acceleration of the car can be considered as a dependent variable as it changes according to the applied force.
Answer:
3 laws of planetary motion
Answer:
A.) the photoelectric effect
Explanation:
In Oder to determine the density of an object, you must measure
the object's mass and its volume.
With those two numbers in hand, the density may then be calculated,
thusly:
<em>Density = (mass) </em>divided by<em> (volume)</em>.