Q: More than 1 billion decimal places for pi were calculated and known by what year?

Write your answer...

Submit

Still have questions?

Continue Learning about Math & Arithmetic

An approximation of pi is 3.14159568. It is a non-repeating decimal, and many powerful computers have calculated trillions of decimal places, so the known number is too large for this space.

39

The circumference of any circle divided by its diameter is always equal to pi which is about 3.142 rounded to 3 decimal places. The exact true value of pi is not known because the decimal places of pi are infinite.

By dividing the diameter of a circle into its circumference which is about 22/7 but the true value of pi is not known as a decimal because its decimal places can go on to infinity.

39 decimal places.

Related questions

An approximation of pi is 3.14159568. It is a non-repeating decimal, and many powerful computers have calculated trillions of decimal places, so the known number is too large for this space.

39

48 million Type your answer here...

The correct answer depends on what is known about the number 2610. If it is known to be correct to 3 significant figures, the correct answer is 2620. If it is known to be correct to 4 significant figures, the correct answer is 2622. If all the numbers are known to be accurate to at least 2 decimal places then the correct answer is 2621.92

The circumference of any circle divided by its diameter is always equal to pi which is about 3.142 rounded to 3 decimal places. The exact true value of pi is not known because the decimal places of pi are infinite.

By dividing the diameter of a circle into its circumference which is about 22/7 but the true value of pi is not known as a decimal because its decimal places can go on to infinity.

39 decimal places.

3.21

In scientific notation, distance is calculated by multiplying a number between 1 and 10 (known as the coefficient) by a power of 10 (known as the exponent). The exponent represents the number of places the decimal point is moved to the right (positive exponent) or to the left (negative exponent). This notation is commonly used to represent large or small distances, such as in astronomy or nanotechnology, where writing out the entire number would be cumbersome.

Easily 3.5 billion minutes!

The number 51.2 is known as a decimal. The decimal is in the 10th place.

is known as a terminating decimal.