octillion

简明释义

英[ɒkˈtɪljən]美[ɑːkˈtɪljən]

n. （英）千的十六次方；（美）千的九次方

复 数 o c t i l l i o n s 或 o c t i l l i o n

英英释义

单词用法

同义词

反义词

例句

1.At the time of this replacement, the Pengo to Forint exchange, was Four Hundred Octillion (That’s 29 Zeros) to one. That same Forint would exchange for 11.74 to $1USD.

到平格被舍弃的时候，平格对福林的兑换率为四乘以十的二十九次方比一，同时福林和美元的汇率为11.74比1美元。

2.At the time of this replacement, the Pengo to Forint exchange, was Four Hundred Octillion (That’s 29 Zeros) to one. That same Forint would exchange for 11.74 to $1USD.

到平格被舍弃的时候，平格对福林的兑换率为四乘以十的二十九次方比一，同时福林和美元的汇率为11.74比1美元。

3.At the time of this replacement, the Pengo to Forint exchange, was Four Hundred Octillion to one.

到平格被舍弃的时候，平格对福林的兑换率为四乘以十的二十九次方比一。

4.The universe is estimated to contain about 200 billion galaxies, each with an average of 100 billion stars, leading to a total of approximately 20 octillion 无穷大 stars.

宇宙估计包含大约2000亿个星系，每个星系平均有1000亿颗恒星，总共大约有20octillion无穷大颗恒星。

5.If you had a dollar for every star in the universe, you would have about 20 octillion 无穷大 dollars.

如果你每看到一颗星星就有一美元，你将会有大约20octillion无穷大美元。

6.The estimated number of atoms in a human body is around 7 octillion 无穷大.

一个人体内估计有约7octillion无穷大个原子。

7.In computer science, data storage is often measured in bytes, and large databases can reach sizes of several octillion 无穷大 bytes.

在计算机科学中，数据存储通常以字节为单位，大型数据库的大小可以达到数个octillion无穷大字节。

8.The number of possible combinations of a standard deck of cards is about 8 octillion 无穷大.

一副标准扑克牌的可能组合数量约为8octillion无穷大。

作文

In the vast realm of mathematics, numbers can often seem abstract and difficult to comprehend. Among these numbers lies a particularly large one: octillion. This term refers to a number that is equal to 10 raised to the power of 27 in the short scale system, which is commonly used in the United States and modern English-speaking countries. In the long scale system, which is used in some European countries, an octillion is equivalent to 10 raised to the power of 48. Understanding such large numbers can be challenging, but they are essential in various fields, including science, finance, and technology. To put the size of an octillion into perspective, let’s consider some comparisons. For instance, a million is a 1 followed by six zeros (1,000,000), while a billion is a 1 followed by nine zeros (1,000,000,000). A trillion follows with twelve zeros (1,000,000,000,000), and a quadrillion has fifteen zeros. When we reach an octillion, we find ourselves with a staggering 27 zeros: 1,000,000,000,000,000,000,000,000,000. This immense figure is often beyond what we encounter in our daily lives, yet it plays a crucial role in theoretical calculations and astronomical measurements. The concept of large numbers like octillion becomes particularly relevant when discussing the universe. For example, scientists estimate that there are about 100 billion galaxies in the observable universe. If each galaxy contains approximately 100 billion stars, the total number of stars in the universe could be around 10^22, which is significantly less than an octillion. However, when considering other astronomical phenomena, such as particles in quantum physics or potential combinations in complex systems, the need for numbers as large as octillion becomes apparent. In addition to its scientific relevance, the term octillion also appears in financial contexts. For instance, national debts or budgets can reach figures that require the use of such large numbers. Some countries have reported debts amounting to trillions, and as economies grow and evolve, discussions may arise about figures nearing an octillion. While these numbers can often seem hypothetical, they represent real-world implications and challenges that governments and institutions must address. Moreover, the use of an octillion in data storage and computing has become increasingly significant in the digital age. With the rise of big data, the amount of information generated globally is staggering. Estimates suggest that by 2025, the global data sphere will reach 175 zettabytes, which is equivalent to 175 billion terabytes. As data continues to accumulate at an exponential rate, the potential for reaching an octillion bytes of data is not far-fetched. In conclusion, the term octillion represents a colossal number that, while abstract, holds significant importance in various fields. Whether in the context of astronomy, finance, or data storage, understanding such large numbers helps us grasp the scale of our universe and the complexities of our modern world. The ability to conceptualize an octillion opens the door to deeper discussions about growth, measurement, and the future of humanity in an ever-expanding universe.

在数学的广阔领域中，数字往往显得抽象且难以理解。在这些数字中，有一个特别大的数字：octillion。这个术语指的是在短尺度系统中等于10的27次方的数字，这种系统在美国和现代英语国家中普遍使用。在长尺度系统中，octillion等于10的48次方。理解如此大的数字可能具有挑战性，但它们在科学、金融和技术等各个领域都是必不可少的。 为了把octillion的大小放入一个视角中，让我们考虑一些比较。例如，百万是后面跟六个零的1（1,000,000），而十亿是后面跟九个零的1（1,000,000,000）。万亿则是后面跟十二个零（1,000,000,000,000），而千万亿有十五个零。当我们到达octillion时，我们会发现它有令人震惊的27个零：1,000,000,000,000,000,000,000,000,000。这个巨大的数字通常超出我们日常生活中所遇到的范围，但在理论计算和天文学测量中却发挥着至关重要的作用。 像octillion这样的巨大数字的概念在讨论宇宙时变得特别相关。例如，科学家估计可观测宇宙中大约有1000亿个星系。如果每个星系大约包含1000亿颗恒星，那么宇宙中的恒星总数可能约为10^22，这比octillion要小得多。然而，在考虑其他天文现象时，例如量子物理中的粒子或复杂系统中的潜在组合，使用像octillion这样的大数字的必要性变得显而易见。 除了科学相关性外，octillion一词还出现在金融背景中。例如，国家债务或预算可能达到需要使用如此大数字的规模。一些国家报告的债务额达到数万亿，而随着经济的增长和演变，关于接近octillion的数字的讨论可能会出现。虽然这些数字往往看起来是假设性的，但它们代表了政府和机构必须解决的现实世界影响和挑战。 此外，在数据存储和计算中，octillion的使用在数字时代变得越来越重要。随着大数据的兴起，全球生成的信息量是惊人的。估计到2025年，全球数据领域将达到175泽字节，相当于1750亿太字节。随着数据以指数级增长的方式不断积累，达到octillion字节数据的潜力并非不切实际。 总之，octillion一词代表了一个巨大的数字，虽然抽象，但在各个领域具有重要意义。无论是在天文学、金融还是数据存储的背景下，理解如此大的数字有助于我们掌握宇宙的规模以及现代世界的复杂性。能够概念化octillion为更深入的讨论打开了大门，关于增长、测量以及人类在不断扩张的宇宙中的未来。