__________ is the study of External Forces applied on a body inducing any motion.

Compute the volume and weight (Newton) of a slab with dimension 4m x 4m x 0.2m

Density of concrete = 2,400 kg/m3

Density of steel = 7,850 kg/m3

⦁ Compute the volume and weight (Newton) of a 25mm dia., 3 meters steel reinforcing bar.

⦁ Compute the volume and weight (Newton) of a 12mm dia., 2 meters steel reinforcing bar.

___________is a series of concentrated loads with uniform magnitude

From the figure, compute the total load of the uniformly distributed load with intensity 10KN/m.

From the figure, compute the total load of the varyingly distributed load with intensity 30KN/m.

____________ is a set of forces having the same direction but do not converge at a common point.

____________ is a set of forces having all its directions converge at a common point.

_____________ is the reactive force developed by a body on which a force or system of force acts.

_____________ is an isolated view of a body where all considered set of force/s are shown.

______________ is the branch of Engineering that deals with the internal effects of forces on the body.

Based on the figure determine the type of stress.

Based on the figure determine the type of stress.

Based on the figure determine the type of stress.

Based on the figure determine the type of stress.

Based on the figure, determine the type of stress.

_______ force tending to cause deformation of a material by slippage along a plane or planes parallel to the imposed stress

________________ Twisting effect on to the cross section

_________________ Force producing both tension and compression on to the cross-section of the body.

_________________ Act of Shortening or State of Pushing Together

When a beam is in its elastic limit, which among the situation below would most likely happen?

_____________is the point at which the material will have an appreciable elongation or yielding without any increase in load.

From the figure, what is #13? Determine the part of the stress – strain diagram: _________

From the figure, what is #14? Determine the part of the stress – strain diagram: _________

From the figure, what is #15? Determine the part of the stress – strain diagram: _________

From the figure, what is #16? Determine the part of the stress – strain diagram: _________

__________ is the limit beyond which the material will no longer go back to its original shape when the load is removed.

____________ The maximum ordinate in the stress-strain diagram is the ultimate strength or tensile strength.

________is a pair of forces, equal in magnitude, oppositely directed, and displaced by perpendicular distances.

____________Force producing both tension and compression on to the cross-section of the body.

____________Lines depicting the direction but not the magnitude of the principal stress of the beam

Modulus of _____________ is its ability to absorb energy without creating a permanent distortion.

___________is the property that enables the material to deform under tensile load

___________is the ability to deform under compressive strength

___________ is also called Modulus of Rigidity, Modulus of Torsion. The ratio between shearing stress and the shearing strain.

___________ is the brittle behavior low temperature can cause in a normally ductile material

___________the time-dependent decrease in strength capacity in a constrained material