Philo Farnsworth Game Trivia Online

This page features a Philo Farnsworth Game Trivia Online. It is a great exercise for students in 3rd to 9th grades. This interactive online trivia teaches you about Philo and his role in the invention of television. Learn about this great inventor by answering 15 questions through the medium of a fun game.

 

Ways Philo Farnsworth Shaped Television

Philo Taylor Farnsworth was an American inventor and television pioneer. His contributions to early all-electronic television are numerous and important.

He played an instrumental role in the early development of all-electronic television. Farnsworth's contributions to the field of television were numerous and invaluable. Among his many notable achievements, Farnsworth's invention of the television receiver and television set are still among the most influential. 

During his high school years, Farnsworth excelled in his school courses. He appealed to his teachers for permission to take classes for older students. Unfortunately, his father died of pneumonia in January 1924. Farnsworth took responsibility for his family and finished high school while taking care of himself and his studies. After graduating from high school, Farnsworth applied to the United States Naval Academy in Annapolis, Maryland, and received the country's second highest test score.

Philo Farnsworth's patents

Farnsworth was a technological prodigy from an early age. He read science magazines when he was still a teenager and became intrigued by the problem of how to transmit visual images. He believed that only an electronic system would be able to scan images with enough speed. By 1922, he had figured out the outlines of electronic television. In fact, he was the first to license his inventions worldwide.

After graduating from high school, Farnsworth moved to Provo, Utah. His father had died and his mother was left to raise him. Philo Farnsworth attended Brigham Young University and attended classes in chemistry. During his time at BYU, he became interested in long-distance electronic communications. He also had discussions with repairmen about how to fix an electrical generator. His interest in long-distance communications led him to seek out the National Radio Institute, where he received full certification as an electrician and a radio-technician.

His education

The foundation for his invention was based on his education. He attended Brigham Young High School on the lower campus and graduated in June 1924. However, a tragic event halted his studies. His father passed away unexpectedly in January 1924 after contracting pneumonia in Idaho. After his father's death, Philo Farnsworth became the head of the household, and he still had six months of high school left to graduate.

His career

The early part of Philo Farnsworth's career was spent courting Elma "Pem" Gardner, a high school student from Provo, Utah. The two met while studying at BYU and courted each other. During their time at BYU, Pem took serious piano lessons and Philo Farnsworth studied the violin. Their friendship grew, and they ended up working together on logging crews, selling door-to-door electrical products, and working at the railroad.

As a high school student, Farnsworth attended Brigham Young High School in Provo, Utah. Upon graduating from high school, he was recruited for the United States Naval Academy in Annapolis, Maryland, as one of the country's top test-scorers in the entrance exams.

His patents and inventions

He is the first of five children, and was named after his paternal grandfather, who helped settle the state fifty years earlier. The boy was fascinated by technology, and while growing up he honed his technical skills and invented many gadgets. Despite his small size, he soon made a name for himself as a pioneer in the field of technology.

Farnsworth also invented a baby incubator. His early work on television began with the development of the "cold" cathode ray tube. He also invented the first electronic microscope and gastroscope. After the war, he turned his attention to other inventions, such as the TV, and won over 150 U.S. patents. His later work on atomic energy included a system to monitor atomic radiation.