Skip to main content

Train Courses Problems Proof Blocks Tools Progress Account

⌄

AccountSign-in, membership, and settings Current courseCalculus IThemeAbout ProofAnvilLoading account…

Problem library

Find a problem

Search by course or topic.

Loading the problem library…

TrainCoursesProblemsProgressMoreTrain Courses Problems Progress

More

Proof Blocks Tools Account

ProofAnvil Practice$19 USD monthly · cancel any time

Pricing FAQ Features Roadmap Use with your agent Support Terms Privacy Refunds

Practice problems with hints and solutions · ProofAnvil

Problem library

Find a problem

Search by course or topic.

Search problems

Filters · 2 active

Area

AllMathPhysics

SubjectCourseTopic

Topic choices for Mechanics of Materials are shortened. Search still covers every problem.

StatusSkill

Skills match the applied subject and course.

Problem styleFind a private labelPrivate labelPrivate labels are visible only to you.Private labels ready.Favorites

Browsing still works.Sign in to use progress, saved problems and private labels. Problem search and previews remain available.

Progress labels

IndependentSolved with helpIncorrect / unresolvedDraft in progressNot attemptedReview due

Problem results

Sort

ProblemsClear skill: Bending Shear Build a practice set

ProblemCourse & topicStatus

MOM:9904101The bending-moment diagram of a cantilever of length 3.0 m, fixed at the left, is a quadratic curve with M(0)…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904102A simply supported beam of length 6.0 m carries a downward triangular distributed load that is zero at the left…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904103Beam CD has a pin at C, a roller at D 7.0 m to the right of C, and a 1.0 m overhang to the right of D ending at…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904104A beam is loaded solely by a concentrated couple of 10 kN·m applied at an interior point.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904105Cantilever FG is fixed at G and free at F, with FG = 4.0 m.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904106A simply supported beam HK of length 12.0 m has an intermediate roller at J, 5.0 m from H, in addition to a pin at…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904107Beam PQ, length 6.4 m, is simply supported at P and Q.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904108Mathematical problem title

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904109A 9.0 m simply supported beam carries a trapezoidal downward distributed load whose intensity is 2.0 kN/m at the…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904110Beam RS is an overhanging member with a pin 1.2 m from the left free end R, a roller 6.0 m to the right of the pin,…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904111Mathematical problem title

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904112A cantilever of length 5.0 m is fixed at the left end.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904113For the simply supported beam of Problem 91 (7.2 m span, 18 kN downward at 2.4 m from the left pin), do not…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904114Beam AB, simply supported at A and B with AB = 8.0 m, is subjected to a downward concentrated force of 9 kN at 2.0…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904115Mathematical problem title

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904116Two candidate loadings are proposed for the same simply supported span of 6.0 m.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904117A simply supported timber joist of rectangular cross section 90 mm wide by 240 mm deep spans 3.6 m and carries a…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904118Mathematical problem title

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904119A solid circular aluminum shaft 48 mm in diameter is used as a cantilever of length 1.1 m and is bent by a…

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904120A 20 mm × 80 mm rectangular steel bar is bent about its weak axis by a moment of 45 N·m.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904121A T-beam is formed from a 120 mm × 20 mm flange and a 20 mm × 160 mm stem, with the flange on top.

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904122Three 12 mm × 180 mm steel plates are welded into an I-shaped built-up beam (two flanges and one web).

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904123Mathematical problem title

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

MOM:9904124Mathematical problem title

Bending ShearMechanics OF Materials Problem Solving

Beam bending and transverse shearMechanics of Materials · Calculation

—

Showing 24 of 50 matching problems.

Private labels

Edit private labels

Add labels that only you can see.

Problem

Current labels

Private labels are unavailable. Close this editor and try again.

New label

Use a short label.

Immediately to the left of a concentrated downward force F on a horizontal beam, the internal shear is

V_L

.

Given only that a beam segment of length L has constant shear V =

V_0

≠ 0 and that the bending moment at the left…

A wooden teaching beam is instrumented so that students may read V and M at a single interior section x =

x_c

.

A W310 × 52 steel wide-flange beam (d = 318 mm, bf = 167 mm, tf = 13.2 mm, tw = 7.6 mm, Ix = 119 ×

10^6

mm^4)

is…

A composite beam 3.0 m long consists of a 40 mm × 140 mm southern pine core

(E_w

= 12 GPa) sandwiched between two…

A 250 mm-wide by 400 mm-deep reinforced concrete beam

(E_c

= 25 GPa) contains two 28 mm-diameter steel bars…