A measurement of 100 on the Richter scale is absurd. Since the scale is logarithmic, each unit increase is 10 times larger than the previous. So a 9.0 is ten times greater in power than an 8.0. Humans have never experienced an earthquake larger than a 9.5. An earthquake at 100 Richter would be 1091 times stronger than a 9.0, which makes no sense (I doubt there is enough energy in the earth to create such a force).
The chart below shows the energy yield of an earthquake in equivalent TNT weight. Looks like a 12 would theoretically tear the earth apart.
Richter TNT for Seismic Example
Magnitude Energy Yield (approximate)
-1.5 6 ounces Breaking a rock
1.0 30 pounds Large Blast at a Construction Site
1.5 320 pounds
2.0 1 ton Large Quarry or Mine Blast
2.5 4.6 tons
3.0 29 tons
3.5 73 tons
4.0 1,000 tons Small Nuclear Weapon ( 1 kiloton)
4.5 5,100 tons Average Tornado (total energy)
5.0 32,000 tons
5.5 80,000 tons Little Skull Mtn., NV Quake, 1992
6.0 1 million tons Double Spring Flat, NV Quake, 1994
6.5 5 million tons Northridge, CA Quake, 1994
7.0 32 million tons Hyogo-Ken Nanbu, Japan Quake, 1995; Largest Thermonuclear Weapon
7.5 160 million tons Landers, CA Quake, 1992
8.0 1 billion tons San Francisco, CA Quake, 1906
8.5 5 billion tons Anchorage, AK Quake, 1964
9.0 32 billion tons Chilean Quake, 1960
10.0 1 trillion tons (San-Andreas type fault circling Earth)
12.0 160 trillion tons (Fault Earth in half through center,
OR Earth's daily receipt of solar energy)
A 9.9 magnitude earthquake would be extremely rare and catastrophic, causing widespread devastation, especially in coastal areas near the epicenter. It could trigger tsunamis, landslides, and infrastructure collapse on a massive scale, leading to loss of life, displacement of populations, and long-term recovery challenges. Efforts to prepare for and mitigate such an event are crucial to minimize its impact.
If you mean on the Richter scale, the scale does not go that high in the real world.
It's a logarithmic scale.
The highest measured is below Richter 10.0, about equivalent to a nuclear explosion with a yield of one teratonne (1 000 000 000 000 tonnes) of TNT, so a Richter 100 would be 10^10 (10 000 000 000) times more powerful than the most powerful event ever recorded.
Earth-shattering comes to mind.
Nitrogen (78%) and Oxygen (21%) are the two main elements that make up approximately 99% of the Earth's atmosphere.
Einsteinium has 99 protons and 99 electrons. Number of neutrons = Atomic mass of an isotope - Atomic number of the element Einsteinium's atomic number is 99 but Es has 19 known isotopes.
To convert Fahrenheit to Celsius, you can use the following formula: Celsius = (Fahrenheit - 32) x 5/9. Plugging in 99 for Fahrenheit would give you: Celsius = (99 - 32) x 5/9, which equals approximately 37.2 degrees Celsius.
99 degrees Fahrenheit is equal to about 37.2 degrees Celsius.
36.3ºc = 97.34ºf
we would die with out water because 99% of our body is made out of water
100
99 + 99/99
99/100
99 strength and 99 magic would make a good pure. I'm not gonna lie but that would be pretty awful, unless you had 99 range too, you'd be great. Ice barrage, K0 with dark bow. ^^
I'm not 100% sure but 99%. So they do happen a lot in the mid-afternoon.
There is absolutely no law against it. I would hate to see it happen though because 99% of scuba instructors are married.
maybe that will be a lot of world wars though am I right
99/100. In other if you had 100 sausages 0.99 would = 99 sausages.
I've found one estimate of the absolute magnitude of Mira: 0.93. However, Mira is a variable star, so perhaps that's an average value. Also, the distance to Mira is not known precisely, so any value for absolute magnitude can only be approximate.
The number 99 would be spelled ninety-nine.
The first century, covering the years 1 through 99.