Mix Terms

Question 1

The state of balance of a body where the resultant of all forces and couples acting on it is zero.

Answer 1

EQUILIBRIUM

Question 2

The combined effect of all forces acting on a body, which must equal zero for equilibrium.

Answer 2

RESULTANT

Question 3

A sketch representing a body and all the forces acting on it, useful for analyzing rigid body dynamics.

Answer 3

FREE BODY DIAGRAM

Question 4

The force exerted perpendicular to a surface by an object in contact with that surface.

Answer 4

NORMAL FORCE

Question 5

The force exerted parallel to a surface in contact, opposing the motion of an object.

Answer 5

FRICTION FORCE

Question 6

A type of support that allows rotation and can only exert a normal force, analogous to a frictionless surface.

Answer 6

ROLLER SUPPORT

Question 7

A support that provides both horizontal and vertical reactions, allowing for rotation while resisting translation

Answer 7

PIN/HINGE SUPPORT

Question 8

A support that can exert horizontal and vertical reactions as well as a moment, restricting both translation and rotation.

Answer 8

BUILT-IN SUPPORT / FIXED SUPPORT/ CANTILEVER SUPPORT

Question 9

To compute the resultant of the general force system, use

Answer 9

PYTHAGOREAN THEOREM

Question 10

If ΣF=0 and ΣM≠0, then the resultant is a

Answer 10

COUPLE

Question 11

A type of beam in which the supports are fixed support and a roller or pin.

Answer 11

PROPPED CANTILEVER BEAM

Question 12

Cantilever beam is a type of statically ___ beam.

Answer 12

DETERMINATE

Question 13

It is composed of straight members connected by rigid or pin connections to form a stable configuration.

Answer 13

FRAME

Question 14

Give 1 most common situation where the pin reactions of the frame are not equal and opposite.

Answer 14

EXTERNAL LOADS ARE APPLIED AT THE PIN / THREE MEMBERS ARE CONNECTED AT THE PIN

Question 15

A structure that is made of straight, slender bars that are joined together to form a pattern of triangles.

Answer 15

TRUSS

Question 15

give three assumptions that are the basis when analyzing trusses.

Answer 15

(6)_THE WEIGHTS OF THE MEMBERS ARE NEGLECTED/DISREGARDED.
(7) ALL JOINT CONNECTIONS ARE PINS.
(8THE CONCENTRATED LOADS ARE APPLIED AT THE JOINTS

Question 16

What is the force system of the force members of the truss when using the method of joints?

Answer 16

CONCURRENT

Question 17

How many unknown force members in the cutting section of the truss when using the method of sections?

Answer 17

3 / THREE