A training film 'Blind Bombing' depicts Rebecca-Eureka radar device being used for low level bombing over blind targets. A bomber aircraft in flight at a low altitude over the forest. The OSS (Office of Strategic Services) officers look at the plane. Animation depicts the Eureka agent guides the Bomber aircraft in flight. The OSS men carry at the field. A hand of OSS ground agent encircles the enemy objective in his area. Bomber aircraft in flight over the objective area. A parachutist jumps in the target area. Animation shows the ground agent helping the Eureka agent to enter the target area. A part being selected for setting up Eureka beacon. A man hold Eureka, a radar beacon in his hand. U.S. Army Air Forces A-20G Havoc fighter aircraft in flight. The Rebecca operator in a cockpit. The Rebecca operator reads an indication. The aircraft in flight from where the beacon can give signal. OSS officers looks at the enemy location on a map. A parachutist boards the aircraft. The aircraft in flight. The ground agents look at the enemy target. The parachutist jumps at the target area. The agents runs and help him to gear off and they leave the field. They look into a paper. Both of them read the bombing table and set the Eureka location according to it. The Eureka being set up and tested. The ground agent activate the Eureka. The pilot and Rebecca operator get in the aircraft . Pilot at controls. The aircraft in flight. The beacon contact being made. The operator looks from the siliscope and signals back to Eureka. The aircraft in flight over the beacon. Animation describes the Seliscope pattern and aircarft in flight according to the beacon position. Aircraft in flight and Rebecca operator sends the alert signal. The ground member in contact with the Rebecca. The operator picks up the bomb release and in action. The ground agent gives signal and the bomb being drooped. Animation depicts the bomb being dropped at the right position (World War II period).
Graphic: "This film is restricted". Group of industrial smoke stacks emitting smoke and pollution. Aerial view of Hoover Dam. Large power lines coming from Hoover Dam. View of George Washington Bridge in New York City with traffic. Aerial view of early highway interchange. Aerial view of Manhattan, New York City and New York City skyline. Aerial view of smoggy city with railroad switching yard in foreground. Early highway crowded with car traffic. People wading in water at the beach. People looking out from high vantage point. 1939 World's Fair Trylon and Perisphere. Interior view Grand Central Station or early Penn Station railroad train station. Porters and travelers walking in train station. View of Egyptian ruins and pyramids. Ruins from 300 BC. Moving timeline graphic depicts dates of modern advances in geometry, arabic numerals, physics, and industrial revolution with electricity, chemistry, railroads, telegraph, and automobiles. Factory with smoke stacks, pollution, and view of a large grain elevator. Foundry with sparks flying. Line of turbine generators. General Electric company building with GE logo on top. Dr. Irving Langmuir works in a lab at the plant demonstrating creation of thin films of oil in a pan. View of Noble Prize won by him for his research about the basic structure and behavior of molecules. View of non-reflective glass demonstrated on General Electric meter. Scientist with beakers and test tubes. Scientists in laboratory and looking through microscopes.
Highlights the importance and role of science in business. Application of science in usage of metals to make them more useful for mankind. Metal being melted in a foundry, metal being molded under high pressure. Machining of tungsten to be used in electrical industry. Aircrafts made of Beryllium, a metal lighter than aluminum, take off and in flight. Ship made of steel gets underway in sea.
Highlights the importance and role of science in business. Application of science in Chemistry to produce new chemicals and substances. Various new forms of plastic being manufactured in factories. Plastic telephone receivers being manufactured in a production plant. Articles made of new plastics. A new lucite plastic capable of transmitting light. A man holds lucite test tube, pipe and other articles made of plastic. He hits the lucite tube against a counter to show that it does not break. He demonstrates that curved lucite can "pipe" light through curves akin to electricity or water. Men take out synthetic rubber from a machine. Synthetic rubber made of coal,air and water being processed in a factory.
Highlights the importance and role of science in business. Application of science in traffic control on highways in United States. Cars move on a highway. Highway radio installed on a pole. Pre recorded advise being broadcast over a radio in a car to advise the motorist. View of hands of driver tuning radio dials of car radio inside a moving car. Radio control devices seen in a laboratory, designed to avert accidents. Various buttons like stop, caution flash in a car as a man drives it.
Highlights the importance and role of science in business. Application of science in power generation in United States. Water falls across a dam and hydroelectricity being generated. Bulbs light up using the hydroelectricity. Sunlight being used to generate electricity. Formulas pooled in by industrial scientists. Scientists meet to cooperate for application of science in power generation for industrial use.