Not certain about the numerical order beyond a trillion? Curious about the designations for exceptionally large numbers? Wondering what number comes after trillion? Keep reading to discover what follows trillion, the labels for all significant numbers exceeding a trillion, and some insights to assist you in grasping incredibly large magnitudes
What Comes After Trillion?
Wondering what comes after trillion? Trillion, represented as 1 with 12 zeros (1,000,000,000,000), is followed by the next named number, quadrillion, which has 15 zeros: 1,000,000,000,000,000.
While there are numerous numbers between trillion and quadrillion, it’s only when reaching quadrillion that a new name is assigned to the numerical value. Any numbers in between would consistently include the term “trillion,” such as two trillion, a hundred trillion, and so on.
Also, take a look below to find out, what comes after trillion:
- One million = 1×106
- One billion = 1×109
- One trillion = 1×1012
- One quadrillion = 1×1015
- One quintillion = 1×1018
- One sextillion = 1×1021
- One septillion = 1×1024
- One octillion = 1×1027
- One nonillion = 1×1030
- One decillion = 1×1033
- One undecillion = 1×1036
- One duodecillion = 1×1039
- One tredecillion = 1×1042
- One quattuordecillion = 1×1045
- One quindecillion = 1×1048
- One sexdecillion = 1×1051
- One septemdecillion = 1×1054
- One octodecillion = 1×1057
- One novemdecillion = 1×1060
- One vigintillion = 1×1063
- One unvigintillion (or vigintunillion) = 1×1066
- One duovigintillion (or vigintiduoillion) = 1×1069
- One trevigintillion (or vigintitrillion) = 1×1072
- One quattuorvigintillion (or vigintiquadrillion) = 1×1075
- One quinvigintillion (or vigintiquintrillion) = 1×1078
- One sexvigintillion (or vigintisextillion) = 1×1081
- One septvigintillion (or vigintiseptillion) = 1×1084
- One octovigintillion (or vigintoctillion) = 1×1087
- One nonvigintillion (or vigintinonillion) = 1×1090
- One trigintillion = 1×1093
- One untrigintillion = 1×1096
- One duotrigintillion = 1×1099
- Ten-duotrigintillion = googol = 1×10100
- Skewer’s number = 1×10130
- Centillion = 1×10303
- Googolplex = 1x(1010)100
- Skewes’ Number: ((1010)10)34
What prompts the need for immensely large numbers?
While a trillion may seem substantial, especially in scientific realms, super colossal numbers like googol and googolplex, as elaborated in the following sections, aren’t typically indispensable for everyday practical purposes. Instead, these astronomical figures find significance in mathematics, scientific investigations, and theoretical frameworks. Here’s what these exceedingly large numbers contribute to humanity:
Theoretical Exploration
Mathematicians and scientists frequently engage with extensive numbers to push the boundaries of mathematical and computational systems. Analyzing the properties and behaviors of numbers at extreme scales aids in formulating mathematical theories and computational algorithms.
Conceptual Understanding
Large numbers serve as tools to illustrate concepts related to scale, size, and orders of magnitude. They enable individuals to comprehend the vastness or minuteness of certain quantities. For instance, in cosmology, large numbers describe the size and age of the universe.
Representation of Possibilities
In probability theory and combinatorics, super huge numbers symbolize the number of potential outcomes or combinations. Whether calculating the permutations of a deck of cards or exploring possibilities in quantum physics, these expansive numbers prove valuable.
Thought Experiments
Theoretical physics and cosmology often involve thought experiments that necessitate contemplating extreme scenarios. Large numbers become relevant when exploring ideas related to the universe’s nature, particle behavior, or the potential for extraterrestrial life.
Mathematical Challenges
Large numbers find application in mathematical puzzles and challenges, presenting captivating problems for mathematicians and enthusiasts to delve into.
Illustrating Limits
Super huge numbers are employed to demonstrate the constraints of our understanding or computational capabilities. They highlight that certain calculations or measurements lie beyond the practical scope of current technology or knowledge.
While these extraordinarily large numbers may not offer immediate practical applications in daily life, they remain pivotal in advancing our comprehension of mathematics, science, and the universe. Serving as instruments for theoretical exploration, problem-solving, and conceptualization, they empower researchers and scientists to push the boundaries of human knowledge.
Conclusion
Beyond the familiar confines of trillion, the numerical landscape unfolds into a vast and awe-inspiring expanse. From quadrillions to centillions, these numbers offer a glimpse into the staggering scale of our universe and the challenges of expressing its vastness in numerical terms. As we delve into the mysteries of these colossal figures, we gain a greater appreciation for the infinitude of the cosmos and the power of mathematical notation to bridge the gap between the tangible and the unimaginable. We hope we’ve answered your question about what comes after trillion.
FAQ
What comes after trillion in the world of numerical notation?
Beyond trillion, the numerical landscape extends into higher magnitudes, introducing terms such as quadrillion, googol, googolplex, duodecillion, octodecillion, vigintillion, trigintillion, and centillion.
How is a quadrillion defined, and in what contexts is it commonly used?
A quadrillion is represented by the digit 1 followed by 15 zeros (1,000,000,000,000,000). It is frequently employed in astronomical measurements, economic discussions, and other contexts where the scale of the quantity involved surpasses trillion.
What makes googol and googolplex stand out among these vast numbers?
A googol is 10 to the power of 100 (1 followed by 100 zeros), surpassing the estimated total number of atoms in the observable universe. Googolplex, in turn, is 10 to the power of a googol, a number so immense that it challenges our understanding of the physical limits of the cosmos.
Can you explain the significance of duodecillion and octodecillion in the numerical hierarchy?
A: Duodecillion is defined as 10 to the power of 39 (1 followed by 39 zeros), while octodecillion has 57 zeros. These numbers find application in scientific disciplines like particle physics and theoretical cosmology, where the scale of measurement transcends conventional comprehension.
What is the significance of the term centillion, and how does it relate to the broader numerical landscape?
Centillion is defined as 10 to the power of 303 (1 followed by 303 zeros). This number surpasses the total number of atoms in the observable universe by orders of magnitude, illustrating the boundless expanses that mathematical notation can reach and challenging our imagination.