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Module: Schwerkraft und Traegheit / Hahntisch / internet Dialog

Sequence: 1.0 Vitrine 11210: Schwerkraft und Traegheit

Branching Point: Gravitation and Inertia

Sequence: 1.1 Objektfolge_11210: Ausgestellte Objekte

Slide: Jolly Balance

Slide: Maxwell’s Wheel

Slide: Ernst Mach’s Mechanics

Slide: Planck on Mach's Criticism of Newton's Principle of Inertia

Slide: Einstein’s Obituary for Ernst Mach

Sequence: 1.2 Auf den Schultern von Riesen und Zwergen

Branching Point: On the Shoulders of Giants and Dwarfs

Sequence: 1.2.1 Biographie 11220: Aristoteles

Slide: Aristotle (384–322 B. C.)

Sequence: 1.2.2 Biographie 11220: Isaac Newton

Slide: Isaac Newton (1643–1727)

Sequence: 1.2.3 Biographie 11220: Albert Einstein

Slide: Albert Einstein (1879–1955)

Sequence: 1.2.4 Der Dialog

Slide: On the Shoulders of Giants and Dwarfs

Sequence: 1.3 Objekt 11210_1473: Waage von Jolly (Alles)

Slide: Newton's Law of Gravitation

Slide: Decrease of Gravitation on the Top of a Tower

Slide: Jolly Balance

Slide: Philipp von Jolly (1809-1884)

Slide: Philipp von Jolly's Experiment

Slide: Jolly's Experiment for Determining the Density of the Earth

Sequence: 1.4 Objekt 11210_1534: Maxwellsches Rad (Alles)

Slide: Newton's Principle of Inertia

Slide: Maxwell’s Wheel

Sequence: 1.5 Machs Kritik an Newtons Traegheitsprinzip

Slide: Ernst Mach (1838–1916)

Slide: Ernst Mach’s Mechanics

Slide: Newton's Absolute Space

Branching Point: Mach's Argument Against Newton's Absolute Space

Sequence: 1.5d.1 animation de

Slide: Newtons Eimer

Sequence: 1.5d.2 animation en

Slide: Newtons Bucket

Slide: Planck on Mach's Criticism of Newton's Principle of Inertia

Slide: Einstein’s Obituary for Ernst Mach

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Decrease of Gravitation on the Top of a Tower

Since gravitation decreases with the distance to the surface of the Earth, the weight of a body must be a little bit less at the top of a tower than at its bottom.

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