The unit larger than a yotta (10²⁴) is a zetta (10²¹), followed by exa (10¹⁸), peta (10¹⁵), tera (10¹²), giga (10⁹), mega (10⁶), kilo (10³), and so on. However, in terms of magnitude, the next commonly recognized unit beyond yotta is the "bronto," which represents 10²⁷. There are also proposed units like "geop" for 10³⁰, but these are not widely accepted in standard usage.
Larger than giga, which represents (10^9) or one billion, is tera, denoting (10^{12}) or one trillion. Following tera, the next larger unit is peta, equal to (10^{15}) or one quadrillion. Additional units include exa ((10^{18})), zetta ((10^{21})), and yotta ((10^{24})).
Depends on the units used for 5.7 times 10. If they were yottatons, then 5.7 times 10 yotta tonnes would be bigger.
Giga - 10 is to 9 Tera - 10 is to 12 Peta - 10 is to 15 Exa - 10 is to 18 Zetta - 10 is to 21 Yotta - 10 is to 24
yotta- zetta- exa- peta- tera- giga- mega- kilo- hecto- deca- deci- centi- milli- micro- nano- pico- femto- atto- zepto- yocto-
One yotta-meter
Yotta Kasai is 6'.
Yotta is 10^24 Zetta is 10^21
Yotta Kasai was born on November 5, 1987, in Japan.
One Septillion (1,000,000,000,000,000,000,000,000) And the SI Prefix is -Yotta.
The prefix "yotta" denotes multiplication by one septillion (10^24). It is commonly used in computer science and digital technology to represent extremely large values, such as in data storage capacity or data transfer rates.
30, yotta 30x10^25
You pronounce it as 'yot-ta-byte'
9.67140656 × 10 to the 24 power or this 9,671,406,560,000,000,000,000,000 wow
Well really it goes a bit, a byte, a kilobyte, a megabyte, a gigabyte, a terabyte, a petabyte, a exabyte, a zetta byte, a yotta byte, a bronto byte, then a geopbyte. So theres two answers which are brontobyte and geopbyte.
The unit larger than a yotta (10²⁴) is a zetta (10²¹), followed by exa (10¹⁸), peta (10¹⁵), tera (10¹²), giga (10⁹), mega (10⁶), kilo (10³), and so on. However, in terms of magnitude, the next commonly recognized unit beyond yotta is the "bronto," which represents 10²⁷. There are also proposed units like "geop" for 10³⁰, but these are not widely accepted in standard usage.
Officially approved by the SI, no. Actually if you want such a large number, you can just as well use the base unit, and scientific notation. For example, instead of "3.2 Petahertz", you might just as well talk about 3.2 x 1015 hertz.