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ME 2234 Lecture 7: Day Seven

United States

Applied Thermodynamics

Mechanical Engineering

Jason Lee

University of Connecticut

Applied Mechanics I

Introduction to Computing for Engineers

Introduction to the Theatre

Language and Environment

Multivariable Calculus

Thermodynamic Principles

Physics for Engineers II

Exploring Your Community

Describe Noah’s background and personal life (past &amp; present)?

A wood beam 1.8 m long is simply supported at its ends, has a cross-section 15cm wide by 60cm deep and carries a uniformly distributed load of intensity w = 8000 kg/m over the full span. Calculate the bending stress at a point 20cm above the bottom of the beam and 60cm from the left support &amp;amp; also find out the maximum bending stress for this beam.

A wood beam 1.8 m long is simply supported at its ends, has a cross-section 15cm wide by 60cm deep and carries a uniformly distributed load of intensity w = 8000 kg/m over the full span. Calculate the bending stress at a point 20cm above the bottom of the beam and 60cm from the left support &amp; also find out the maximum bending stress for this beam.

ME 2234 Lecture 7: Day Seven

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