The number with a million zeros is called a googol. A googol is written as the number 1 followed by 100 zeros (10^100). It was coined by mathematician Edward Kasner in the 1930s to illustrate the concept of an extremely large number.
In the English language there is 12 zeros. This is called short scale. In the long scale there is 18 zeros. This is frequent in other languages besides american. The United States uses 12 zeros.
False, Zeros are only significant digits when there is a primary number such as 1 before the as in 3200, then two zeros are counted but if zeros are before as in 0.032 than the only digits counted are 3 and 2.
Oh honey, that big ol' number with 10,000 zeros is called a "googol." Yes, you heard me right, a googol. It's like a gazillion, but with a fancy name. So next time you need to impress someone with a ridiculously huge number, just drop the word "googol" and watch their jaws drop.
A googol to the power of 10 000; a number considerably larger than a googol but only a tiny fraction of a googolplex. A googol is 10100 so a googol to the power 10 000 = (10100)10 000 = 101m, or 1 followed by a million zeros.
The number with a million zeros is called a googol. A googol is written as the number 1 followed by 100 zeros (10^100). It was coined by mathematician Edward Kasner in the 1930s to illustrate the concept of an extremely large number.
In the English language there is 12 zeros. This is called short scale. In the long scale there is 18 zeros. This is frequent in other languages besides american. The United States uses 12 zeros.
False, Zeros are only significant digits when there is a primary number such as 1 before the as in 3200, then two zeros are counted but if zeros are before as in 0.032 than the only digits counted are 3 and 2.
The only equivalent decimals for the above number are the same exact number with zeros trailing after the 2. You can add as many zeros after the two as you want, and it'll still be equal to 96.2.
Only if the number has an integer part.
Yes, in a number like 13.04, both zeros are considered significant digits. The zero to the right of the decimal point in 13.04 is significant as it helps specify the precision of the number. The zero between the 3 and 4 is also significant as it shows that the number is not just 13.4, but 13.04.
They are the same. The quotient of the equation: 160/8 = 20 is 20, which has only one zero. The dividend of this equation is 160, which also has only one zero. Therefore they both have the same number of zeros
Oh honey, that big ol' number with 10,000 zeros is called a "googol." Yes, you heard me right, a googol. It's like a gazillion, but with a fancy name. So next time you need to impress someone with a ridiculously huge number, just drop the word "googol" and watch their jaws drop.
only one zero can be added using a decimal
1e+ is the number of zeros for example 10 is 1e+1 it have only 1 zeros 1eX is the size of the 1e+ example is that 1e+1000 is 1eX3 the number of zeros in 1e+ 1e^ is a large like 1e+10(1e+100000000000) same as the 1eX for the + 1e^1 is 1eX10 or 1e+100billion 1e- 1e/
Two. Remember, zeros are only significant if they are captive or follow a number and a decimal.
1,000,000.106 = 10 x 10 x 10 x 10 x 10x 10 (add the zeros; 6 zeros after 1) = 1,000,000Adding the zeros only works with exponents of 10, any other number will not work.