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GENERAL PRINCIPLES - Coggle Diagram
GENERAL PRINCIPLES
FUNDAMENTAL CONCEPTS
BASIC QUANTITIES
LENGTH
LOCATE
POSITION
SPACE
DESCIBRE
SIZE
TIME
SUCCESSION
EVENTS
PRINCIPLES
STATICS
TIME INDEPENDENT
MASS
MEASURE
QUANTITY
MATTER
COMPARE
ACTION
ONE BODY
WITH ANOTHER
FORCE
PUSH OR PULL
EXERTED
ONE BODY
ON ANOTHER
CHARACTERIZED
MAGNITUDE
DIRECTION
POINT OF APPLICATION
IDEALIZATIONS
DEFINITION
SIMPLIFY
APPLICATION
THEORY
PARTICLE
HAS MASS
NO SIZE
RIGID BODY
COMBINATION
LARGE NUMBER
PARTICLES
FIXED
DISTANCE
SHAPE
DOES NOT
CHANGE
LOAD
APPLIED
CONCETRATED FORCE
EFFECT OF LOADING
ACT
ONE POINT
ON A BODY
LOAD
CONCETRATED FORCE
NEWTON'S THREE LAWS
FIRST
INERTIA
SECOND
F = MA
THIRD
ACTION AND REACTION
WEIGHT
W = MG
NUMERICAL CALCULATIONS
DIMENSIONAL HOMOGENEITY
EACH TERM EXPRESSED IN THE SAME UNITS
TERMS OF EQUATION
DIMENSIONALLY HOMOGENEOUS
SIGNIFICANT FIGURES
DETERMINES THE ACCURACY
ENGINEERING NOTATION
ROUNDEND OFF
NUMBER OF SIGNIFICANT DIGITS
EXPRESSED
MULTIPLES OF 10³
23400 → 23,400 (10³) → 23,4(10³)
ROUNDING OFF
X > 5
ROUNDED UP
X < 5
NOT ROUNDED UP
X = 5
PRECEDING DIGIT
ODD
ROUNDED UP
EVEN
NOT ROUNDED UP
UNITS OF MEASUREMENT
SI
INTERNATIONAL SYSTEM OF UNITS
LENGTH
METER
TIME
SECONDS
MASS
KILOGRAMS (Kg)
FORCE
NEWTON (N)
FPS
LENGTH
FEET (ft)
TIME
SECONDS (s)
MASS
SLUG (lb•s²/ft)
FORCE
POUNDS (lb)
CONVERSION UNITS
FORCE
lb → 4.448N
MASS
slug → 15.59Kg
LENGTH
ft → 0.3048m
MECHANICS
CONCERNED
STATE OF
REST
OR MOTION
OF BODIES
SUBJECTED
ACTION
FORCES
DIVIDED
RIGID-BODY MECHANICS
STATICS
EQUILIBRIUM
BODIES
REST
MOVE
CONSTANT
VELOCITY
SPECIAL CASE
DYNAMICS
ACCELARATION
ZERO
DYNAMICS
ACCELERATED
MOTION
BODIES
DEFORMABLE-BODY MECHANICS
FLUID MECHANICS
