Beakman explains the cyclical process of rain and evaporation. The sun warms up water in a puddle, turning it into invisible vapor. As the vapor rises it cools, which makes it condense .. show full overview
Beakman explains the cyclical process of rain and evaporation. The sun warms up water in a puddle, turning it into invisible vapor. As the vapor rises it cools, which makes it condense into drops that form clouds.
In the volcano segment, Beakman shows the process that a volcano goes through creating magma, and then a volcanic eruption
Beakman explains how blood provides food and oxygen to the human body and removes the blood cells' waste products while defending your body from disease. He also covers questions on the .. show full overview
Beakman explains how blood provides food and oxygen to the human body and removes the blood cells' waste products while defending your body from disease. He also covers questions on the speed of the fastest dog and the longest word, an experiment with salt and dreams and your imagination.
Beakman shows why bubbles are round, explaining that since a bubble is trapped gas, a sphere is the shape that can hold the most air with the least amount of bubble solution. He also sticks his nose into smelly feet.
Beakman shows why bubbles are round, explaining that since a bubble is trapped gas, a sphere is the shape that can hold the most air with the least amount of bubble solution. He also sticks his nose into smelly feet.
Beakman discusses microscopes and how important they are to science. The inventor of the compound microscope shows how two lenses are used to make objects look bigger. When Josie gets hurt, Beakman picks into scabs.
Beakman discusses microscopes and how important they are to science. The inventor of the compound microscope shows how two lenses are used to make objects look bigger. When Josie gets hurt, Beakman picks into scabs.
Beakman is asked about vaccinations, and calls upon Dr. Edward Jenner to explain how he came up with the idea. He later does a truck with water and a funnel and examines heat from friction.
Beakman is asked about vaccinations, and calls upon Dr. Edward Jenner to explain how he came up with the idea. He later does a truck with water and a funnel and examines heat from friction.
Beakman explains thermodynamics by showing how hot things cool and cold things warm up to room temperature, and how molecules move faster when they are hot than when they are cold. Afterward, Beakman explains why people get pimples.
Beakman explains thermodynamics by showing how hot things cool and cold things warm up to room temperature, and how molecules move faster when they are hot than when they are cold. Afterward, Beakman explains why people get pimples.
Beakman describes fossils and why they are important clues to learn what the world was like thousands of years ago. Dr. Louis Leakey explains that fossils are formed when plant or animal remains are quickly buried in sediment.
Beakman describes fossils and why they are important clues to learn what the world was like thousands of years ago. Dr. Louis Leakey explains that fossils are formed when plant or animal remains are quickly buried in sediment.
Beakman demonstrates how people breath using a model of the diaphragm and lungs. Beakman also explains the sending of signals via telephones.
Beakman demonstrates how people breath using a model of the diaphragm and lungs. Beakman also explains the sending of signals via telephones.
1x19 Tape Recordings, Beakmania & Force Vs. Pressure Episode overview
Ημερομηνία προβολής
Απρ 03, 1993
Beakman demonstrates how cassette players convert sound into electromagnetic signals that get stored onto a tape and delves into the mystery of a bed of nails. Can you really lie on it without getting skewered?
Beakman demonstrates how cassette players convert sound into electromagnetic signals that get stored onto a tape and delves into the mystery of a bed of nails. Can you really lie on it without getting skewered?
Beakman reveals how microwave ovens work and shows a cross-section model of a spider that demonstrates how they spin silk. He als discusses how they can be a crucial part of our ecosystem by eating harmful insects.
Beakman reveals how microwave ovens work and shows a cross-section model of a spider that demonstrates how they spin silk. He als discusses how they can be a crucial part of our ecosystem by eating harmful insects.
Beakman explains the human ear, why we have earwax, and why they pop when they are under pressure. He also introduces Robert Goddard, the father of modern rocketry.
Beakman explains the human ear, why we have earwax, and why they pop when they are under pressure. He also introduces Robert Goddard, the father of modern rocketry.
