Physics of Stress, Strain & Elasticity
A 6-part course with Moore Physics
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Teacher
I'm a physics professor working on the Large Hadron Collider at CERN searching for Supersymmetry, a possible new symmetry of nature which could explain Dark Matter and why the Higgs is so light. I also work on the PINGU experiment we are hoping to... View ProfileDetails
- Total Time 1 hr, 50 min
- Lessons 6
- Exercises 33
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59 CQ
6 Lessons in This Course
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11 minPhysics lesson 16 CQ
In this physics lesson, determine the deformation of a particular quality by studying the forces inside the material and calculating the normal stress.
with Moore PhysicsIn this physics lesson, determine the deformation of a particular quality by studying the forces inside the material and calculating the normal stress.
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20 minPhysics lesson 211 CQ
Discover how to measure and quantify the internal shear stresses, and the deformation that shear and normal stresses cause, also known as the strain.
with Moore PhysicsDiscover how to measure and quantify the internal shear stresses, and the deformation that shear and normal stresses cause, also known as the strain.
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16 minPhysics lesson 39 CQ
In part 1 of this physics lesson, Moore Physics uses a rubber band experiment to investigate the relationship between stress and strain, or Young's modulus.
with Moore PhysicsIn part 1 of this physics lesson, Moore Physics uses a rubber band experiment to investigate the relationship between stress and strain, or Young's modulus.
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20 minPhysics lesson 411 CQ
In part 2 of this physics lesson, Moore Physics continues demonstrating the calculations and equations for the rubber band experiment showing Young's modulus.
with Moore PhysicsIn part 2 of this physics lesson, Moore Physics continues demonstrating the calculations and equations for the rubber band experiment showing Young's modulus.
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22 minPhysics lesson 512 CQ
Discover how to use the modulus of elasticity to define the relationship of stress to strain without the constraints of Young's modulus in this physics lesson.
with Moore PhysicsDiscover how to use the modulus of elasticity to define the relationship of stress to strain without the constraints of Young's modulus in this physics lesson.
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19 minPhysics lesson 610 CQ
In this physics lesson, learn about hysteresis, elastic limits, plastic deformation, the breaking strength of a material, and ductile and brittle materials.
with Moore PhysicsIn this physics lesson, learn about hysteresis, elastic limits, plastic deformation, the breaking strength of a material, and ductile and brittle materials.
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574 min5-part Physics course41 CQ
In this physics course, Moore Physics demonstrates several experiments as he explains pressure and fluid statics, as well as static pressure, buoyancy, and how pressure gauges work.
with Moore PhysicsIn this physics course, Moore Physics demonstrates several experiments as he explains pressure and fluid statics, as well as static pressure, buoyancy, and how pressure gauges work.
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455 min4-part Physics course30 CQ
In this physics course, Moore Physics discusses the concepts and equations of fluid dynamics, like Bernoulli's equation and Torricelli's law, and demonstrates their application clearly and simply.
with Moore PhysicsIn this physics course, Moore Physics discusses the concepts and equations of fluid dynamics, like Bernoulli's equation and Torricelli's law, and demonstrates their application clearly and simply.
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524 min5-part Science course14 CQ
Volcanoes are one of the many fascinating geomorphic forces that shape our planet. Learn about the types of volcanic rock and the impact of volcanic eruptions in this earth science course.
with Darron GedgeVolcanoes are one of the many fascinating geomorphic forces that shape our planet. Learn about the types of volcanic rock and the impact of volcanic eruptions in this earth science course.
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15165 min15-part Physics course92 CQ
Physics: it's what makes us who we are—and it's how we interact with the world. This course explains in detail all you need to know about modern physics concepts, from the big bang to black holes.
with Es EinsteiniumPhysics: it's what makes us who we are—and it's how we interact with the world. This course explains in detail all you need to know about modern physics concepts, from the big bang to black holes.
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1152 min11-part Science course33 CQ
When you look up into the sky, do you ever wonder about the other planets that orbit around the Sun? This course explores our Solar System, from Mercury to the distant ice giants.
with AstronomicWhen you look up into the sky, do you ever wonder about the other planets that orbit around the Sun? This course explores our Solar System, from Mercury to the distant ice giants.
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22144 min22-part Biology course83 CQ
Biochemistry allows us to understand the large biomolecules that run every living organism. Do you want to learn about nutrition? Metabolism? Medicine and general health? This is the course for you!
Biochemistry allows us to understand the large biomolecules that run every living organism. Do you want to learn about nutrition? Metabolism? Medicine and general health? This is the course for you!
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46342 min46-part Chemistry course196 CQ
Organic chemistry can be complex and difficult to learn. Professor Dave makes learning organic chemistry easy with this comprehensive course that explains the basics in a structured and linear way!
Organic chemistry can be complex and difficult to learn. Professor Dave makes learning organic chemistry easy with this comprehensive course that explains the basics in a structured and linear way!
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15165 min15-part Physics course92 CQ
Physics: it's what makes us who we are—and it's how we interact with the world. This course explains in detail all you need to know about modern physics concepts, from the big bang to black holes.
with Es EinsteiniumPhysics: it's what makes us who we are—and it's how we interact with the world. This course explains in detail all you need to know about modern physics concepts, from the big bang to black holes.
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971 min9-part Chemistry course39 CQ
Explore the basic properties of gases and learn how gas molecules move, are measured, and react to changes in pressure, volume, and temperature with easy-to-understand illustrations and examples.
Explore the basic properties of gases and learn how gas molecules move, are measured, and react to changes in pressure, volume, and temperature with easy-to-understand illustrations and examples.
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1172 min11-part Chemistry course43 CQ
This course on nuclear chemistry and radioactive decay from Prof. Amanda Holton discusses the differences among alpha, beta, and gamma decay; nuclear fusion and fission; and nuclear kinetics.
with Amanda HoltonThis course on nuclear chemistry and radioactive decay from Prof. Amanda Holton discusses the differences among alpha, beta, and gamma decay; nuclear fusion and fission; and nuclear kinetics.
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544 min5-part Physics course25 CQ
Wondering how nuclear fusion differs from fission? Why radioactivity produces energy? Discover answers to these questions and more in this physics course covering the science behind radioactivity.
with FizzicsWondering how nuclear fusion differs from fission? Why radioactivity produces energy? Discover answers to these questions and more in this physics course covering the science behind radioactivity.
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658 min6-part Physics course32 CQ
After understanding the basics of quantum mechanics, learn about the early experiments on wave particle duality, the Heisenberg Uncertainty Principle, and more in this advanced physics course.
with Amanda HoltonAfter understanding the basics of quantum mechanics, learn about the early experiments on wave particle duality, the Heisenberg Uncertainty Principle, and more in this advanced physics course.