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It did multiplication by repeated addition and shifting whereas Pascal's couldn't.
What else can I help you with?
When did tang taizong rule?
Tang Taizong became emperor in 618. When his son plotted to kill Taizong he stepped down and became a "retired emperor".
What was the eventual result of Sun Yixians efforts to rebuild China based on the Three Principles of the People?
China fell into chaos and Sun stepped down.
How did Queen Isabella chang history?
She was the first female ruler and this is a great turning point, so therefore if she hadn't stepped up to the throne there may have not been an introduction of a queen until much later on!
How were the women of world war 2 affected?
the were hiding or fighting
How did paying reparations affect Germany after World War 1?
Basically America Stepped in with the Dawes Plan 1923 and Young plan 1929, and this with massive loans and a new loan helped pay it off, but before that they couldn't pay it so the French Invaded the Ruhr a Industrial area and This caused hyperinflation.
What does stepped reckoner do that pascals machine couldn't?
It did multiplication by repeated addition and shifting whereas Pascal's couldn't.
What does the Stepped Reckoner pascals machine couldn't?
It did multiplication by repeated addition and shifting whereas Pascal's couldn't.
What does the stepped reckoner do that Pascals machine couldn't?
It did multiplication by repeated addition and shifting whereas Pascal's couldn't.
What does the stepped reckoner do that pascals machine couldn't do?
The stepped reckoner, designed by Gottfried Wilhelm Leibniz, was capable of performing multiplication and division in addition to addition and subtraction, which was beyond the capabilities of Pascal's machine. Leibniz's stepped reckoner utilized a stepped drum mechanism that allowed for more complex mathematical operations to be performed automatically. This advancement in functionality made the stepped reckoner a more versatile and powerful calculating machine compared to Pascal's simpler design.
Does What the Stepped Reckoner do that Pascals machine couldn't?
Oh, honey, let me break it down for you. The Stepped Reckoner, designed by Gottfried Wilhelm Leibniz, could handle multiplication and division, while Pascal's machine could only do addition and subtraction. Basically, the Stepped Reckoner was like the cool kid on the block with more math skills than Pascal's machine could ever dream of.
What does the Stepped Reckoner do that pascals couldn't do?
It did multiplication by repeated addition and shifting whereas Pascal's couldn't.
What does the stepped reckoner do that pascals couldn't?
It did multiplication by repeated addition and shifting whereas Pascal's couldn't.
What does the stepped reckoner do that pascals machine didnt?
The Stepped Reckoner, developed by Gottfried Wilhelm Leibniz, could perform not only addition and subtraction but also multiplication and division through a process of repeated addition and subtraction. In contrast, Pascal's machine, known as the Pascaline, was primarily designed for addition and subtraction only. The Stepped Reckoner utilized a more complex mechanism with gears and stepped drums, enabling it to handle more advanced calculations than Pascal's simpler model.
What does the stepped reckoner do that to pascals machine couldn't?
The Stepped Reckoner, invented by Gottfried Wilhelm Leibniz, was capable of performing all four basic arithmetic operations: addition, subtraction, multiplication, and division, along with handling calculations involving variable quantities. In contrast, Pascal's machine, the Pascaline, was primarily designed for addition and subtraction. The Stepped Reckoner featured a more complex mechanism that allowed for greater versatility in calculations, including the ability to perform multiplication through repeated addition and similar operations. This made the Stepped Reckoner a more advanced and flexible calculating device compared to Pascal's invention.
What did the stepped reckoner do that pascals machine couldn't?
The Stepped Reckoner, developed by Gottfried Wilhelm Leibniz, was capable of performing all four basic arithmetic operations: addition, subtraction, multiplication, and division, as well as handling more complex calculations like polynomial equations. In contrast, Blaise Pascal's Pascaline was primarily designed for addition and subtraction, making the Stepped Reckoner more versatile for various mathematical tasks. Additionally, Leibniz's machine utilized a stepped drum mechanism that allowed for more efficient multiplication and division compared to Pascal's gear-based design.
Why the stepped reckoner was unreliable?
The device tended to jam and malfunction because the parts of the machine were unreliable.
Why is the Stepped Reckoner unreliable?
The device tended to jam and malfunction because the parts of the machine were unreliable.
