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What was the key development that allowed for the transition to the digital age?
The key development that allowed for the transition to the digital age was the invention of the microprocessor. Microprocessors made it possible to create smaller, more powerful, and more affordable computers, enabling the widespread adoption of digital technologies in various industries and everyday life.
How can I create an ancient civilization with a city key and show features of techonology and government?
By using a pen and paper. A ruler, too, if you want straight lines.
What are the key distinguishing feature of a microprocessor?
http://wiki.answers.com/Q/What_are_the_key_distinguishing_features_of_a_microprocessor" http://wiki.answers.com/Q/What_are_the_key_distinguishing_features_of_a_microprocessor"
Have lost the remote control key for Peugeot 206 have the spare key and the card with the code on it want to know if possible to get another remote control key made for it?
you need to go to a peugeot dealer to get one done
Who invented microprocesser?
The first microprocessor was the Intel 4004.
What was a key discovery during the early sixteenth century that made regular trade possible across the Atlantic Ocean?
the gulf stream
What was a key discovery during the the early sixteenth century that made regular trade possible across the Atlantic Ocean?
The Gulf Stream
What key discovery during the early sixteenth century that made regular trade possible across the Atlantic ocean?
the gulf stream
What was the key discover during the early sixteenth century that made regular trade possible across the Atlantic ocean?
suez canal
What is a Representation of the possible ways an economy could use resources?
Production Possibility Frontier
Is it possible to use a private key to distribute a secret key?
yes it is
Why Frequency important to microprocessor?
Frequency is crucial to a microprocessor because it determines how many cycles per second the processor can execute, directly impacting its performance and speed. Higher frequencies allow for more instructions to be processed in a given timeframe, enhancing overall computational efficiency. Additionally, frequency affects power consumption and heat generation, making it a key factor in balancing performance with energy efficiency in microprocessor design.
