3 sextillions
The number that directally comes after sextillio;n is sextillion and one. The order of numbers is . . . sextillion, octillion . . .
Number of zerosU.S. & scientific communityOther countries3thousandthousand6millionmillion9billion1000 million (1 milliard)12trillionbillion15quadrillion1000 billion18quintilliontrillion21sextillion1000 trillion24septillionquadrillion27octillion1000 quadrillion30nonillionquintillion33decillion1000 quintillion36undecillionsextillion39duodecillion1000 sextillion42tredecillionseptillion45quattuordecillion1000 septillion48quindecillionoctillion51sexdecillion1000 octillion54septendecillionnonillion57octodecillion1000 nonillion60novemdecilliondecillion63vigintillion1000 decillion66 - 120undecillion - vigintillion303centillion600centillion
septillions
3 sextillions
Trillions is followed by quadrillions, quintillions, sextillions, septillions, octillions, nonillions and decillions.
The number that directally comes after sextillio;n is sextillion and one. The order of numbers is . . . sextillion, octillion . . .
Quintillion and one.Alternate Answer 1: I think you might want 'Tens of Quintillions', then 'Hundreds of Quintillions', then 'Sextillions'. Does this help?
After Billions (Bi, two) come trillions (tri, three) and then quadrillions (quad, four) and then quintillions (quint, five) and then sextillions (sexta, six). Beyond that, it is easier to use scientific notation for very large numbers. "Zillions" and then "gazillions" are terms for indefinite but extremely large numbers.
You have scientific notation, expressed in words. That is the normal way of stating a figure like that. 7.167 x 1023 . That means you have 23 digits between the 7 and the decimal point. You could write it out: 716700000000000000000000, but what's the use of that? Whoever reads it just has to count zeros again to make it something useful. Yes, you can put commas in: 716,700,000,000,000,000,000,000 and remember in American English we name groups of three digits thousands, hundred thousands, millions, billions, trillions, quadrillions, quintillions, sextillions, septillions .... and then call it: 716 sextillions, 700 quintillion. That really helps!
It is ALMOST impossible the universe will end, but if it does, it will probably in 5 billion years for humans, but sextillions of years for space. If that happens, no atoms will be left. Nothing will be there. No air. No water. No planets. No stars. No light. No floating stuff. No rocks. No life. No scents. No food. No aliens. No humans! No atoms=Nothing.
Number of zerosU.S. & scientific communityOther countries3thousandthousand6millionmillion9billion1000 million (1 milliard)12trillionbillion15quadrillion1000 billion18quintilliontrillion21sextillion1000 trillion24septillionquadrillion27octillion1000 quadrillion30nonillionquintillion33decillion1000 quintillion36undecillionsextillion39duodecillion1000 sextillion42tredecillionseptillion45quattuordecillion1000 septillion48quindecillionoctillion51sexdecillion1000 octillion54septendecillionnonillion57octodecillion1000 nonillion60novemdecilliondecillion63vigintillion1000 decillion66 - 120undecillion - vigintillion303centillion600centillion
You could be at any age to die. You actually can't live in the 200s or 1,000,000,000,000,000,000s. A sextillion was not the time the Universe existed. (By the way, living in the sextillions is impossible, silly, and doesn't make any sense.) You could be 1 second old to die, or be 125 years old (that's actually how long the oldest person lived) to die. You could even be a child. Examples to dying are drowning, car crashing, plane crashing, being shot, poison, being stabbed, etc.The Question is a kind of confusing, if u die when u are 18years old the it is 18, if 35yrs old then it is 35.Thus if you wish to know something else, then be more specific.
In the observable universe there are about 80 to 100 billion galaxies with varying numbers of stars in each. A rough mean average for the number of stars per galaxy is 400 billion. It is thought that there are from 30 to 70 billion trillion (i.e. 30 to 70 sextillion) stars in the observable universe. Whilst the estimates differ somewhat, the number of stars seems to be in the sextillions, which is a 1 followed by 21 zeros. There are many reasons why our estimates vary as much as they do. An important point to consider is that when we observe distant objects such as stars, we don't see them as they are now, but as they were in the past. The reason we see into the past as we look out into the universe is because the light we see takes a finite amount of time to reach us. As such, some of the stars we see, particularly those in very distant regions of space (relative to earth), may no longer be counted as stars. Conversely, new stars in distant regions may have already formed but we wouldn't see them until light from those stars reaches us here on earth.
Well, honey, there are definitely more grains of sand on the Earth than drops of water. I mean, have you seen a beach lately? It's covered in the stuff! Water may be essential for life and all that jazz, but sand is just everywhere, darling.