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To calculate the reciprocal of a number, you simply divide 1 by that number. So, to find the reciprocal of 1.2, you divide 1 by 1.2: Reciprocal of 1.2 = 1 / 1.2 Let's calculate it: Reciprocal of 1.2 = 0.8333333333333333 Therefore, the reciprocal of 1.2 is approximately 0.83333 (rounded to five decimal places).
Expressed as a proper fraction, this is equal to 143/200. The reciprocal of this is 200/143, or rounded to two decimal places, 1.40.
9.00
The reciprocal of a number is simply 1 divided by that number. Therefore, the reciprocal of 7.6 is 1/7.6, which can also be expressed as approximately 0.1316 when rounded to four decimal places. The reciprocal is used in mathematics to solve equations involving fractions and proportions.
The computer. And it is not limited to 500 million decimal digits; currently it is possible to calculate pi to several TRILLION decimal places.
Ah, the reciprocal of a number is simply 1 divided by that number. So, for 8.5, the reciprocal would be 1 divided by 8.5, which equals approximately 0.1176. Remember, every number has a reciprocal, just waiting to be discovered and appreciated.
4 % of 11 is .44 To calculate it, you multiply 11 by .04, then move the decimal over 2 places since .04 has 2 decimal places.
0.19% means 0.19/100 = 0.0019 ================just move the two decimal places here
The evolution of computer technology allows us to calculate the value of pi to an ever-increasing number of decimal places. In 2010 a computer in China calculated pi to 5 trillion decimal places.
It was 0.03
Use a calculator and 1/3 of 6716 is 2238.67 rounded to two decimal places because it is a recurring decimal
Value of pi was first given by the semi god Krishna in Mahabharata to 32 accurate decimal places .In fact it can be extended more.Archimedes long later used an approximation method to calculate pi to 4 decimal places see the link below for how to calculate pi to 32 accurate decimal places http://archives.amritapuri.org/bharat/bharat.php