Understanding Force Identity
Within the M4NA framework, applied force refers to the individual force being examined as the operating cause of an object's motion. When additional forces are activated on the object, the resulting force condition is examined as resultant force.
01 — Primary Applied Force
Enter the value of the applied force and the proportionality constant to examine its corresponding velocity.
Enter a non-negative force value.
Must be greater than zero.
Enter the operation duration.
02 — Additional Activated Forces
Add other forces activated on the object. Classify each according to its direction relative to the primary applied force.
| Force | Force Value | Direction | Action |
|---|
03 — Force Examination Results
Primary Applied Force
4
Force value
Same-Direction Additional Forces
0
Sum of entered values
Opposing-Direction Additional Forces
0
Sum of entered values
Corresponding Primary Velocity
4
v = f/k
Primary Force Quantity
8
f × t
Additional Force Count
0
Activated forces entered
Important:
The additional forces are reported separately according
to their entered directions. This calculator does not
automatically subtract opposing forces or assume a
resultant-force rule. The precise relationship between
differently directed forces requires a separately
specified M4NA rule.
04 — Force Operation Analysis
Examine the primary applied force across successive operations with different durations.
| Operation | Force (f) | Duration (t) | Velocity (v) | Distance (s) | Force Quantity (F) | Action |
|---|
Total Duration (T)
0
Total Distance (S)
0
Total Force Quantity (F)
0
Average Velocity (V)
0
05 — M4NA Mathematical Relationships
f = kv
v = f/k
Fᵢ = fᵢtᵢ
sᵢ = vᵢtᵢ
F = Σ(fᵢtᵢ)
S = Σ(vᵢtᵢ)
V = S/T
F = kS