Канал: University of Pittsburgh Astronomy 87

Math help: the telescope resolution formula

Math help: the telescope resolution formula

Math help: small angles

Math help: small angles

Lecture 25: How the speed of light breaks simultaneity

Lecture 25: How the speed of light breaks simultaneity

Lecture 24: Lifecycle of a scientist

Lecture 24: Lifecycle of a scientist

Lecture 23: How science works

Lecture 23: How science works

Lecture 23: Earth Observation Satellites

Lecture 23: Earth Observation Satellites

Lecture 22: Weather forecast and Climactic Estimates

Lecture 22: Weather forecast and Climactic Estimates

Lecture 22: Turbulence and Chaos: Why is weather variable?

Lecture 22: Turbulence and Chaos: Why is weather variable?

Lecture 21: Weather: Global Circulation

Lecture 21: Weather: Global Circulation

Lecture 20: Satellite navigation

Lecture 20: Satellite navigation

Lecture 20: Spy satellites

Lecture 20: Spy satellites

Lecture 20: History of rocketry and ballistic missiles

Lecture 20: History of rocketry and ballistic missiles

Lecture 20: Overview of applications of spaceflight

Lecture 20: Overview of applications of spaceflight

Lecture 19: Ethics in Engineering

Lecture 19: Ethics in Engineering

Lecture 17: Planning interplanetary flights, part 1

Lecture 17: Planning interplanetary flights, part 1

Lecture 17: Planning interplanetary flights, part 2

Lecture 17: Planning interplanetary flights, part 2

Lecture 16: Specific concepts of advanced rocket engines

Lecture 16: Specific concepts of advanced rocket engines

Lecture 16: Basic Notions of Advanced Rocket Engines

Lecture 16: Basic Notions of Advanced Rocket Engines

Lecture 15: Flying to Other Planets

Lecture 15: Flying to Other Planets

Lecture 15: Orbits and Trajectories

Lecture 15: Orbits and Trajectories

Lecture 14: Details of flying to space

Lecture 14: Details of flying to space

Lecture 14 Energy and Escape Velocity

Lecture 14 Energy and Escape Velocity

Lecture 13: Orbital motion

Lecture 13: Orbital motion

Lecture 13 Rocket Equation

Lecture 13 Rocket Equation

Lecture 13: Engine Performance

Lecture 13: Engine Performance

Lecture 12: Forces on rockets

Lecture 12: Forces on rockets

Lecture 12: Rocket engines

Lecture 12: Rocket engines

Lecture 11: Newton's laws of motion

Lecture 11: Newton's laws of motion

Lecture 11: Scalars and Vectors

Lecture 11: Scalars and Vectors

Lecture 8: The Cosmic Microwave Background

Lecture 8: The Cosmic Microwave Background

Lecture 8: The Expanding Universe

Lecture 8: The Expanding Universe

Lecture 7: Implications of General Relativity

Lecture 7: Implications of General Relativity

Lecture 7: Einstein's Theory of General Relativity

Lecture 7: Einstein's Theory of General Relativity

Lecture 6: Evolution of scientific thought cosmology and gravity

Lecture 6: Evolution of scientific thought cosmology and gravity

Lecture 6: Light sources

Lecture 6: Light sources

Lecture 5: Telescopes

Lecture 5: Telescopes

Lecture 5: Planet formation

Lecture 5: Planet formation

Lecture 4: Inside the sun

Lecture 4: Inside the sun

Lecture 4: Planets everywhere

Lecture 4: Planets everywhere

Lecture 3: Distances in the Solar System

Lecture 3: Distances in the Solar System

Lecture 3: Introduction to Solar Physics

Lecture 3: Introduction to Solar Physics

Lecture 3: How big is the Earth

Lecture 3: How big is the Earth

Lecture 2: The Solar System

Lecture 2: The Solar System

Lecture 2: Sun-Earth-Moon

Lecture 2: Sun-Earth-Moon

Lecture 1: Where does space begin?

Lecture 1: Where does space begin?

Lecture 1: Units of Measurement

Lecture 1: Units of Measurement