Asuquo's Law of Composition of Resultant Force

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SCIENTIFIC LAW?

To learn more about the latest scientific law the

scientific law the world ought to have discovered

more than 7 decades ago-do read through the

following sub-headings:

PREAMBLE:

When a body, initially at rest, is acted upon by a

system of several non-parallel forces, it tends to

accelerate in one direction with force called the

resultant force, R.

The Nigerian scientist and mathematician Uwem

Asuquo’s force-board experiment led to the

discovery and development of the vector sum,

R= ΣFsinθ

ΣFcosθ

the mathematical model used for calculating the

resultant of several non-parallel forces acting on a

small rigid body.

Asuquo’s law of composition of resultant force

states that, provided two or more coplanar nonparallel

forces act at a point, the resultant, R of the

system of forces is given by the vector sum,

R= ΣFsinθ

ΣFcosθ

ADVANTAGES OF USING ASUQUO’S LAW

OVER THE AXES PLANE METHOD FOR

CALCULATING RESULTANT FORCE, R

(1) All angles are measured and taken in

clockwise directions from a fixed reference

line – the North or y-axis.

(2) It enables the user to process input data more

easily and faster with scientific calculator.

(3) It is much easier and quicker to use. For

instance: sum of horizontal(x) components of

forces, ΣFsinθ =4sin0300 + 6sin0900 + 8sin1500 +

10sin3300 = 7.00N.

(4) It serves more work and writing space,

especially in a problem involving several forces.

(5) It easily helps the user to overcome oversight

errors.

(6) The sinθ and cosθ substitutions are consistent

for x and y components of all forces.

(7) Forces acting along the fixed axes or cardinal

directions can also be expressed in x and y

components easily without hesitation or

confusion.

(8) The direct trigonometrical relationship

between tanθ and R= ΣFsinθ

ΣFcosθ

is consistent, easily-recalled and can be used to

calculate accurately the direction of R in any one

of the Asuquo’s quadrants.

(9) It seldom requires the use of a straight-edge

(ruler) in calculation.

APPLICATIONS OF ASUQUO’S LAW

At the time of scientific experiments, the initial (or

main) objective was to develop a super model that

could help scientists, mathematicians and students:

(1) calculate the resultant R of several non-parallel

forces acting on a particle.

(2) determine the direction of R in a plane.

(3) resolve a force into horizontal and vertical

components.

(4) calculate an unknown value of F when a

system of several non-parallel forces acting on a

particle is in equilibrium.

Nowadays, the applications of Asuquo’s law have

been extended beyond the initial objective.

Broadly stating, the applications and beauty of

Asuquo’s law are better highlighted in the

solutions to some of the applied questions that

have already been drawn from related problems.

USERS OF ASUQUO’S LAW:

Users of Asuquo’s law include all physics

students, physics and mathematics teachers,

physicists, mathematicians and other

mathematically inclined professionals whose

fields are related to vectors and mechanics.

NOW AVAILABLE : FEATURES OF

ASUQUO’S LAW. Thes e and the updated version

of Asuquo’s law will only be sent to institutions

that have legally recommended Asuquo’s law ,

ASAP.

STILL TO FOLLOW:

EXPECTATION of Asuquo’s law.

For INFO on recommendation and many more, pls

text 08055811853 or +2348117141583 or visit

www.lucianfortune.com

UWEM ASUQUO (discoverer)