MATCHING TYPE: Match column A with column B. Write the answer before each number. STRICTLY NO ERASURES. COLUMN A COLUMN B 1. State of balance A. Center of Gravity 2. A push or a pull 3. How much matter in an object 4. How much force of gravity upon an object 5. Tendency to resist change of state 6. Resistance to motion on contact spaces B. Fulcrum C. Uniform Slip D. Repose E. Equilibrant F. Translational Equilibrium G. Rotational Equilibrium 7. A perpendicular force 8. Equal in magnitude opposite the direction of the resultant 9. Rate of change of motion _10. Mechanics of balanced bodies H. Inertia _11. Force to elongate an object _12. Force to diminish the object in size _13. Tendency of a force to produce rotation _14. Perpendicular distance from an axis to line M. Tension of action of a force I. Acceleration J. Interaction K. Statics L. Force N. Compression O. Friction P. Normal Q. Mass R. Weight S. Equilibrium T. Torque U. Moment Arm V. Laws of Motion _15. Point of concentration of mass _16. Angle of inclination of lever preventing downward slide of object on top _17. Angle of inclination of lever providing constant downward slide of object on top _18. Balance state of uniform rectilinear motion 19. Balance state of uniform circular motion 20. Axis of rotation of a lever

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ACTIVITY 3: LAWS OF MOTION AND FORCES IN EQUILIBRIUM
MATCHING TYPE: Match column A with column B. Write the answer before each
number. STRICTLY NO ERASURES.
COLUMN A
COLUMN B
1. State of balance
2. A push or a pull
3. How much matter in an object
4. How much force of gravity upon an object
5. Tendency to resist change of state
6. Resistance to motion on contact spaces
7. A perpendicular force
8. Equal in magnitude opposite the direction
A. Center of Gravity
B. Fulcrum
C. Uniform Slip
D. Repose
E. Equilibrant
F. Translational
Equilibrium
G. Rotational
Equilibrium
of the resultant
9. Rate of change of motion
_10. Mechanics of balanced bodies
H. Inertia
I. Acceleration
J. Interaction
K. Statics
_11. Force to elongate an object
_12. Force to diminish the object in size
_13. Tendency of a force to produce rotation
_14. Perpendicular distance from an axis to line
of action of a force
L. Force
M. Tension
N. Compression
O. Friction
P. Normal
Q. Mass
R. Weight
S. Equilibrium
T. Torque
U. Moment Arm
V. Laws of Motion
_15. Point of concentration of mass
_16. Angle of inclination of lever preventing
downward slide of object on top
_17. Angle of inclination of lever providing
constant downward slide of object on top
_18. Balance state of uniform rectilinear motion
_19. Balance state of uniform circular motion
20. Axis of rotation of a lever
Transcribed Image Text:ACTIVITY 3: LAWS OF MOTION AND FORCES IN EQUILIBRIUM MATCHING TYPE: Match column A with column B. Write the answer before each number. STRICTLY NO ERASURES. COLUMN A COLUMN B 1. State of balance 2. A push or a pull 3. How much matter in an object 4. How much force of gravity upon an object 5. Tendency to resist change of state 6. Resistance to motion on contact spaces 7. A perpendicular force 8. Equal in magnitude opposite the direction A. Center of Gravity B. Fulcrum C. Uniform Slip D. Repose E. Equilibrant F. Translational Equilibrium G. Rotational Equilibrium of the resultant 9. Rate of change of motion _10. Mechanics of balanced bodies H. Inertia I. Acceleration J. Interaction K. Statics _11. Force to elongate an object _12. Force to diminish the object in size _13. Tendency of a force to produce rotation _14. Perpendicular distance from an axis to line of action of a force L. Force M. Tension N. Compression O. Friction P. Normal Q. Mass R. Weight S. Equilibrium T. Torque U. Moment Arm V. Laws of Motion _15. Point of concentration of mass _16. Angle of inclination of lever preventing downward slide of object on top _17. Angle of inclination of lever providing constant downward slide of object on top _18. Balance state of uniform rectilinear motion _19. Balance state of uniform circular motion 20. Axis of rotation of a lever
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