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-35
Scientific notation shows things to the power of 10 So 35 in scientific notation is 3.5 x 10 Other examples are 350 is 3.5 x 102
3.5 x 107
Scientific notation is a way of representing numbers in the forma*10b where 1 ≤ |a| < 10 is a decimal number and b is an integer (negative or positive).In the example given, |a| = 35 which is larger than 10.
In the same way as the scientific notation is used elsewhere. 1 light year, for example, is 9.4607*1015 metres. 1 Planck's distance equals 1.6162*10-35 metres.
-35
3.5 x 10^10 or 3.5E10
3.0330225585753212056098594447646e+35 Note the answer is in scientific notation.
Scientific notation shows things to the power of 10 So 35 in scientific notation is 3.5 x 10 Other examples are 350 is 3.5 x 102
35 million is 35,000,000 .As a number it is: 35,000,000
3.5 x 107
No. 35 is exponential notation, (3 is the base of the exponent 5), but in scientific notation the base must be 10 and the exponent must be an integer. 100.1 is exponential notation but not sci. notation.
You would write is as 35,000,000
3,560,000 in scientific notation is written as 3.56 x 10^6. This notation represents the number 3.56 multiplied by 10 raised to the power of 6, which is equivalent to moving the decimal point 6 places to the right to convert the number into a standard form.
Assume we want to write 35 nickels in "money notation". Note that a nickel is $0.05 or 5 cents. Then, multiply that value by 35 to obtain: 35 x $0.05 = $1.75.
35 zeros is zero. if you have a digit "y" followed by 35 zeroes it can be written as y x10^35 in scientific notation A 1 followed by 35 zeroes is "one hundred decillion"
Scientific notation is a way of representing numbers in the forma*10b where 1 ≤ |a| < 10 is a decimal number and b is an integer (negative or positive).In the example given, |a| = 35 which is larger than 10.