Converting the Magnitude of Force
To convert the magnitude of force from one system to another, we need to consider the relationship between the two systems. In this case, we are given that the force in the serious system is 100 times greater than in the kilogram metre and minute system.

Understanding the Fundamental Physical Quantities
In the kilogram metre and minute system, the fundamental physical quantities are kilogram (mass), metre (length), and minute (time). These are the basic units used to define all other physical quantities in the system.

Calculating the Magnitude of Force
Since the force in the serious system is 100 times greater than in the kilogram metre and minute system, we can set up a proportion to find the equivalent force in the latter system.
Let F1 be the force in the serious system and F2 be the force in the kilogram metre and minute system.
F1 = 100 * F2

Converting Units
To convert the force from the serious system to the kilogram metre and minute system, we need to consider the fundamental physical quantities involved. Since force is defined as mass times acceleration, we can use the equation F = ma to relate the force in both systems.
By rearranging the equation F = ma, we can express force in terms of the fundamental quantities in the kilogram metre and minute system.

Final Answer
After converting the units and applying the appropriate conversion factors, we can determine the magnitude of force in the kilogram metre and minute system. This process allows us to relate the force in different systems and understand the impact of fundamental physical quantities on the measurement of force.