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Structural-analysis Questions Set 1:

Quiz Mode

The kinematic indeterminacy for fixed support is

Solution:

The effect of arching of beam is

to reduce S.F

to reduce B.M in span

increases the B.M

none of the above

Solution:

Find the value of log(5/(1+5x)) where x is the degree of freedom of a fixed support.

0.248

1.324

0.698

1.583

Solution:

Most of the reinforced concrete (RCC) structures are _______ in nature.

Determinate

Indeterminate

Neither of the above

Both of the above

Solution:

In slope deflection method the displacements considered are due to

Shear force

Bending moment

Axial force and bending moment

Shear force and bending moment

Solution:

The ratio of the plastic moment capacity of a beam section to its yield moment capacity is termed as

Shape factor

Slenderness ratio

Load factor

Aspect ratio

Solution:

Find the fixed end moment of span AB (M_fAB) in a beam, ABC, which is fixed at points A and C and simply supported at point B. A point load of 40 kN acts at the center of span AB.

-10 kNm

-17 kNm

-20 kNm

-35 kNm

Solution:

Two wheel loads of 90 kN and 20 kN are spaced 2 m apart on a girder with a span of 15 m. The 90 kN load is positioned 4 m from the left end. Find the maximum positive shear force at a section 4 m from the left end.

56 kN

26 kN

78 kN

30 kN

Solution:

The assumption in the analysis and design of steel structures is based upon

bi-linearly idealized elastic plastic stress strain curve

bi-linearly idealized plastic stress curve

linear plastic stress strain curve

linear elastic stress strain curve

Solution:

A cantilever beam of rectangular cross-section is 2m deep and 0.5 m thick. If the beam was to be 0.6 m deep and 1m thick, then the beam would be weakened by what factor?

Be weakened 0.25 times

Be weakened 0.4 times

Be weakened 0.6 times

Be weakened 0.8 times

Structural-analysis Questions Set 1:

The kinematic indeterminacy for fixed support is

Solution:

The effect of arching of beam is

Solution:

Find the value of log(5/(1+5x)) where x is the degree of freedom of a fixed support.

Solution:

Most of the reinforced concrete (RCC) structures are _______ in nature.

Solution:

In slope deflection method the displacements considered are due to

Solution:

The ratio of the plastic moment capacity of a beam section to its yield moment capacity is termed as

Solution:

Find the fixed end moment of span AB (M_fAB) in a beam, ABC, which is fixed at points A and C and simply supported at point B. A point load of 40 kN acts at the center of span AB.

Solution:

Two wheel loads of 90 kN and 20 kN are spaced 2 m apart on a girder with a span of 15 m. The 90 kN load is positioned 4 m from the left end. Find the maximum positive shear force at a section 4 m from the left end.

Solution:

The assumption in the analysis and design of steel structures is based upon

Solution:

A cantilever beam of rectangular cross-section is 2m deep and 0.5 m thick. If the beam was to be 0.6 m deep and 1m thick, then the beam would be weakened by what factor?

Solution:

Related Question Sets:

Related Topics:

Structural-analysis Questions Set 1:

The kinematic indeterminacy for fixed support is

Solution:

The effect of arching of beam is

Solution:

Find the value of log(5/(1+5x)) where x is the degree of freedom of a fixed support.

Solution:

Most of the reinforced concrete (RCC) structures are _______ in nature.

Solution:

In slope deflection method the displacements considered are due to

Solution:

The ratio of the plastic moment capacity of a beam section to its yield moment capacity is termed as

Solution:

Find the fixed end moment of span AB (MfAB) in a beam, ABC, which is fixed at points A and C and simply supported at point B. A point load of 40 kN acts at the center of span AB.

Solution:

Two wheel loads of 90 kN and 20 kN are spaced 2 m apart on a girder with a span of 15 m. The 90 kN load is positioned 4 m from the left end. Find the maximum positive shear force at a section 4 m from the left end.

Solution:

The assumption in the analysis and design of steel structures is based upon

Solution:

A cantilever beam of rectangular cross-section is 2m deep and 0.5 m thick. If the beam was to be 0.6 m deep and 1m thick, then the beam would be weakened by what factor?

Solution:

Related Question Sets:

Related Topics:

Find the fixed end moment of span AB (M_fAB) in a beam, ABC, which is fixed at points A and C and simply supported at point B. A point load of 40 kN acts at the center of span AB.