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The hat you wear tells much about where you live, what kind of life you lead and what the climate is, says Bash in this program. Hats can be fun and in this program the story of hats is started with the earliest head coverings used in ancient times. Songs include “Jennie Jenkins,” “Soldier and the Lady,” “Pussy Cat, Pussy Cat” and “He’s Gone Away.”
Discusses the child's struggles to be "himself". Explains why children may or may not want to follow in their parent's footsteps. Points out the dangers of pushing children too hard in fulfilling ambitions set up by parents. (WTTW) Kinescope.
This program will introduce volcanism and the rocks (igneous) which result from heat. Igneous rocks are formed from molten rock and can befound either beneath the earth’s surface or on the surface. Identification of them is made by texture. this dependson where they cooled, and how fast the cooling took place. You will examine the texture and characteristics of someof the common igneous rocks. Granite is one of these and has many different forms. Basalt is another, a dense rock with small crystals, but having a different chemical make-up from that of granite. You’ll find out too about the formations in which igneous rocks are frequently found; dikes, sheets, sills, and laccoliths. Finally you will see a miniature volcano erupt to introduce the most catastrophic form of volcanism, and the rocks formed from this kind of heat; obsidian, pumice, and scoria.
Hailstones grown in concentric layers because they pass through the varying temperatures of different air levels. With the felt board, Dora and Fignewton tell the story of a hailstone who lost his temper while trying to get to earth.
Fignewton Frog (puppet) and Dora (person) tell a story about a reluctant root and the troubles that causes to its flower. Ends with a suggestion that children go to the library to learn more about gardening.
Shows the techniques involved in painting the heron. Depicts this bird sitting on a branch of a willow tree. Tells a tale of about the heron and the Emperor of Japan. (KQED) Kinescope.
Discusses and illustrates how dictionaries are prepared. Explains how the meanings of words are learned without using the dictionary. Provides examples of how words are inferred from both physical and verbal contexts. Points out that a writer of a dictionary is a historian, not a lawgiver. Stresses the importance of being sensitive to language changes. (KQED) Kinescope.
In this episode, Dr. Smith, Jr., investigates the history, development and spread of the English language and its beginnings as a world language. He briefly reviews other world languages and language families. Dr. Smith, Jr., also develops a breakdown of the Proto-Germanic language into its descendent languages, traces the dialects of England about A.D. 600, and explains how vocabularies change and develop as cultures mingle. He also comments on the feasibility of a world language.
In this episode, Dr. Smith, Jr., discusses the history of the Indo-European family and how different languages are related. He explains how linguists developed a systematic reconstruction of Germanic languages, and points out the contributions of Grimm and Verner in developing laws of language development. Dr. Smith, Jr., also stresses predictability and patterning in language structure.
Illustrates the techniques involved in painting horses. Poses them in different stages of motion: running, trotting, and feeding. Tells why horses are a favorite subject for Japanese paintings. (KQED) Kinescope.
Uses Laboratory experiments to illustrate simple principles of chemistry used in the home. Defines and explains the difference between soap and detergent. Shows their role in cleaning. Demonstrates the softening of water, the effect of alkaline chemicals on cloth, and the cleaning of tarnished silver. (KQED) Film.
Bird identification has escaped the laboratory stage in the past 20 years. Frequently the identification of living things down to the species, depends upon features not really observable. But naming a bird (in some cases even to a subspecies) can now be done quite accurately through a system of field identification. Perfected by outstanding field observers like Ludlow Agrisom and Roger T. Peterson and put into book form and general circulation by Peterson, this system has created a hobby full of leisure for many people. This program will introduce the elements of knowing a bird when you see it, alive and in its environment. Graphic art and film will illustrate how you look for stance, pattern, habits and combinations of marking to identify a bird. Betty Sears, “Discovery’s” artist, appears on this program with the sketch book she uses on birding watching expeditions.
Demonstrates that intelligence is the most significant criterion of differences between people. Points out how I.Q. varies with socio-economic status and education. Cites research on man's productivity. Describes the relationship of personality to body-build. (WGBH-TV) Kinescope.
Uses experiments to explain capillary action in plants. Shows how water gets from the roots up to the leaves. Demonstrates capillary action with thistle tubes. (WCET) Kinescope.
Continues the explanations of capillary action and presents the results of experiments started in HOW PLANTS GROW: PART 1. Demonstrates again the capillary action in thistle tubes. Shows how the capillary action between water and blotter paper can raise heavy objects. (WCET) Kinescope.
Presents optical illusions and demonstrations to show how people see what they see. Discusses the effect of projection, relativity, association, and optical illusions in seeing. Explains the relationship of the eyes to the brain in organizing experience.
This program deals with the inclined plane and Uncle Wonder uses this to get the plants from the greenhouse floor to the table top. Through art-work and demonstrations he discusses the principle that while the inclined plane makes us go farther, it makes our work much easier.
Discusses practical applications of nuclear energy in industry. Stresses the use of radioactivity in determining the age of the solar system, the age of an ancient site in Texas, and in solving the sewage disposal problem in Los Angeles.
Uses laboratory experiments to illustrate the application of chemistry for industrial purposes. Explains the electric arc process, flotation, smoke elimination, electroplating, and the recovery of iodine from water. (KQED) Film.
Bash shows how the boll weevil bores into the cotton plant and destroys it, and sings the folk song about the boll weevil. She describes the various activities of spiders, including spider ballooning, and goes into the nonsense song of “The Lade Who Swallowed the Spider.” A discussion of flies follows, and the Lillian Patterson dance children dance to “Shoo Fly.”
Dr. Joel Hildebrand explains why natural "laws" tell how things may be expected to act. Provides examples using the gas laws. Uses a film sequence of molecular action. Tells how explanations of natural "laws" result in "concepts" leading to comprehensive theories. (KQED) Film.
Introduces the subject of Japanese Brush Painting. Explains the use of the brush painting materials. Discusses the Japanese approach to art. Artist-host T. Mikami paints samples of the subjects to be covered in the series. (KQED) Kinescope.
Outlines the scope of this series of programs and defines the nature and function of passing notes in music. Compares music in architecture. Outlines the formal or structural principals in music. (WMSB-TV) Kinescope.
In this episode, Dr. Smith, Jr., provides an introduction to the Language and Linguistics series. He discusses the importance of language and points out common misconceptions concerning language. Dr. Smith tells what language really is and explains how the words we use and the way we use them affect the way we think and see the world. He develops the relationship between language, paralanguage, and kinesics.
In this program, Dr. Jones introduces the series by illustrating that the topics of discussion are “unessential” in precisely the way that passing notes in a melody would be unessential to the whole. He touches on the various levels of musical appeal and suggests that the total meaning of music is relative to the amount the ear can hear and appreciate in a particular composition.
Virtually all criminal behavior has its roots deep in psychological disorder. This program is the first of several devoted to the psychic problems and their relationship to criminality. Dr. Kelley deals with the mentally deficient individual, the person with the low IQ. He explains congenital and developmental mental problems and organic brain damage and deterioration.
This is Tom Tichenor’s new version of Jack and the Beanstalk. Animal marionettes tell the story. Jack Rabbit sells his cow for magic beans. His mother throws them out the window and a giant beanstalk grows up overnight. Jack Rabbit climbs the stalk to the Giant's castle and finds the Sun Bonney Bird which belongs to Jack's family before the Giant stole it. With the help of the Bird, Jack takes the money that belongs to him and runs down the beanstalk with the Giant in pursuit. Jack's mother and grandmother help him chop down the stalk and the Giant is killed. Jack's cow is returned to him because she won't stand on her head for anyone but Jack.
Fignewton Frog (puppet) and Dora (person) tell a story about Jill the bee who worries about her busy work schedule. Broadly explains the variety of work bees perform including caring for larvae, guarding the hive, and gathering pollen.
Discusses how and why birds migrate. Shows ways in which the movements of birds is studied. Describes and illustrates the use of the mist net in capturing birds for banding. Outlines the results obtained by banding. Tells the migration story of the Arctic Tern and the Golden Plover. (WGBH-TV) Kinescope.
A frog's tongue is fastened to the front of his mouth. A frog can catch flies while jumping. Frogs eat flies. Dora and Fignewton use the felt-board technique to tell the story of Freddy Frog who found that he turned somersaults when he tried to jump for fliest. One day he entered a contest with another somersaulting frog and became so nervous he forgot how to turn somersaults. He did find that he could catch flies while he jumped, so he was happy anyways.
Uses experiments to explain the principle of kinetic energy. Shows how springs have stored energy that do work for us. Illustrates with a jack-in-the-box, bow and arrow, clocks, screen door, and window shade. (WCET) Kinescope.
Illustrates the Japanese techniques of painting a landscape. Demonstrates by painting the Half Dome and Cathedral Spire in Yosemite National Park. Reviews subjects from entire series. (KQED) Kinescope.
In this episode, Dr. Smith, Jr., investigates various modes of communication. He explains paralanguage (tone of voice) and kinetics (body motion). He shows how linguistic science can be applied to the analysis of the psychiatric interview.
In this episode, Dr. Smith, Jr., provides a definition of language and discusses the logic of language. He explains misconceptions about language and writing, and points out that language symbolizes experience and writing symbolizes language. Dr. Smith shows the relationship between written and spoken language using vowels, intonation patterns, and distribution patterns.
Uses laboratory experiments to explain catalytic actions. Demonstrates principles which govern catalysis. Explains the difference between organic and inorganic catalysis. Tells how man's conception of catalytic reactions has changed through the years. Features how man's conception of catalytic reactions has changed through the years. Features Dr. Leonard K. Nash, Professor of Chemistry, Harvard University. (WGBH-TV) Kinescope.
Dr. Conant and Shari Lewis gives a summary of the series, pointing out that man’s hands are the greatest tool of creative activity, that they have served to fulfill his basic needs and that these needs and this creativity are universal.
Describes the folklore connected with crime. Uses vignettes to show the absurdity of such superstitions as handedness, hair coloring, scars, blemishes, deformities, and glandular problems as causes of criminality. Points out that an indirect relationship may exist between physical characteristics and crime. (KQED) Kinescope.
Uses demonstrations to explain how levers work. Illustrates with a seesaw, hammer, and screw driver. Shows how levers make the lifting of heavy objects easier. (WCET) Kinescope.
Tells the story of sailing vessels and life aboard a clipper ship. Describes the various jobs performed by the sailors. Discusses the types of cargoes carried on trips to all parts of the world. (KQED) Kinescope.
Tells the story of the deserted city of Columbia, California, one of the key Gold Rush towns in the 1850's. Describes the life and profession of people who went there seeking gold. Shows the old buildings and objects the people used at that time.
Uses slides, the microscope, and graphic illustrations to explain plant and animal cells. Discusses the basic content and structure of cells. Shows how cells differentiate and function as members of larger units--tissues and organs. Illustrates growth by cell division and introduces the concept of meiosis. (WGBH-TV) Kinescope.
Uses demonstrations to explain principles of light. Shows why there is daylight and darkness. Discusses speed and reflection of light. (WCET) Kinescope.
Watch a searchlight as it pierces heavy night clouds. Notice that you don’t see the beam of light, merely where it comes from: the face of the searchlight, reflections from the clouds or duct blocking the beam. In other words, the light beam itself is invisible. Beginning with a similar demonstration, Edwin C. Kemble shows the difficulty science has had in providing a wholly satisfactory theory of light. He uses a stroboscopically lighted tank to illustrate wave theory and high-voltage discharges to suggest the violence necessary to generate radiant energy with short wavelengths. The violent damage done by X-rays, gamma rays and ultra violet radiation leads Kemble to the corpuscular explanation of light. By an examination of cloud-chamber photographs, visibly recording action in the unseen world of atomic particles, Kemble reconciles the two theories. The yield of this revolutionary work is dramatic: no less than the discovery of a universal property of all forms of existence.
Explains lighting and its characteristics. Tells why lightning is first seen then followed by thunder. Demonstrates how lightning produces sound waves. (WCET) Kinescope.
In this episode, Dr. Smith, Jr., discusses the use of the linguistic approach as a means of improving reading ability. Analyzes the deficiencies and strong points of the phonics and word methods of teaching reading. Explains the purpose and nature of reading. Shows examples of patterning in the English spelling system. Suggests a remedy to the reading problem using language structure as a basis.
Continues the discussion of liquid air by explaining its physical and chemical properties. Points out the density and boiling point of the components of liquid air. Illustrates the effect of liquid air on lead and mercury. Demonstrates that liquid air is a rich source of oxygen. (KQED) Film.
Hand puppets make this a lively story for the children. Tom Tichenor has written a new version with the violence deleted. Little Red Riding Hood is a cute little bunny, and when she goes through the woods to her grandmother's house she meets the wolf. When he learns where Red Riding Hood is going he tells her a "short cut" and then runs ahead to the grandmother's house. There, he hides grandmother, dresses in her clothes and gets into bed to wait for Red Riding Hood. Red Riding Hood discovers the trick as grandmother frees herself and they kill the wolf and sit down to enjoy wolf stew.
Teaches how to draw lobsters and crabs. Draws a special crab called a "Heike" which is found only in Japan. Tells a legend about how this unusual crustacean came into being. (KQED) Kinescope.
