The most bullish number in Europe, the highest number in the world

Of course, the best number in Europe is the number that Westerners like, and the first one is 7. Because it took God 7 days to create the world, the 7 wonders of the world.

Wait a minute. And the number 7 is also a minority of Islam.

The disciples also liked the numbers, because Allah created the world with 6 days and rested on the 7th day. Believers always use "7" in their work, for example, they should say 7 times in prayer; After the pilgrim returns, he is treated on the 7th day; After the birth of the child, the feast is held on the 7th day; A commemorative event is held on the 7th day after the wedding, etc. Orthodox Christianity.

of Russians also consider "7" to be an auspicious number. The most extreme, like Belarusians, like not only "7", but also multiples of "7", such as etc. Thank you just for information.

1. The best number in the world is 18

18 palms of the dragon, 18 layers of hell, 18 generations of ancestors

2. The best number in the world is 7

The memory of a fish is only 7 seconds, the week is only 7 days, people have 7 tricks, the abacus has 7 beads, ancient poems have 7 uniques, the dipper has 7 stars, the earth has 7 continents, and a woman's menstruation has 7 days.

3. The most bullish number is 12

12 hours is half a day, 12 months is a year, there are 12 zodiac signs, 12 for a dozen, 12 for friends, 12 for family, 12 for happiness, 12 for a hundred years, 12 for good and 12 for a lifetime Digital Passwords Strange discoveries.

The highest number in the world is 9.

Because there are only 10 numbers in the world, that is, 0 to 9, 9 is the highest number, no matter how big the number is, it is made up of these 10 numbers.

1 to 9 can be in any digit, but 0 cannot be in the first digit, only in the middle or last digit.

The first digit is the number of 9, which is the highest number of the digits.

The high numbers of the world's anterior hail are:

The highest digit is 12 digits, the previous counting unit of 100 billion digits is Huifan 10 billion digits, 10 billion digits is an 11 digit, then 100 billion digits are 12 digits, and the calculation units behind 100 billion digits are trillions, walls, poles, ditches, streams, etc.

There are 4 digits in the 100 million level, namely 100 million digits, billion digits, 10 billion digits, and 100 billion digits, the highest digit is 100 billion, the smallest digit is 100 million, and the highest digit of a number is in the 100 million level, the maximum number is 12 digits, and the smallest digit is the digit.

The absence of Chinese numeral single Zheng has:

From smallest to largest.

One, ten, hundred, thousand, thousand, billion, trillion, jing, yi, zi, sui, ditch, stream, zheng, zai, pole, ganges sand, monks, that by him, inconceivable, immeasurable. Ten thousand below the decimal system, after ten thousand is the ten thousand system, that is, ten thousand for billion, trillion for trillion, ten thousand for the billion. <>

Dear, hello, the largest number in the world is the Gregorian number, known as the largest number in the world, even if you use the largest Gugol to count, you can't express the size of the Gregorian number. It is reported that the number of Ge Liheng was proposed by the American mathematician Ge Liheng in the 80s of the last century, and it is not so much the largest number in the world as it is the upper limit of the problem of the calendar number. That is, beyond that limit, it no longer belongs to the category of intelligent cognition, but to the theology of legends; Only God can surpass the space demarcated by the first constant number of the rulers of the ruler of the ruler.

The largest number does not exist in the mathematical sense. But there is a number. No quantity in the universe can exceed it, and this number is 10 to the 100th power, also known as "gogul".

At present, the world's fastest electronic computer with 1 billion operations per second (9th power of 10) is assumed to have been operating since the formation of the universe (about 20 billion years ago), and to this day, the total number of operations is less than 10 to the 100th power.

The area of the earth is about 510,000,000 square kilometers, and if it is expressed in square millimeters, it is only 5 10 to the 20th square millimeter. The volume of the Earth is 10830000000000 cubic kilometers, and if we express it in cubic millimeters, it is only 10 to the 30th power.

1 cubic millimeter is equivalent to the size of a pin's needle, and the maximum number in it can hold 10 grains of fine sand, so the volume of the entire earth can only accommodate 10 to the 31st power of fine sand, these numbers are far smaller than "Gugol".

Interstellar distance, generally measured in light-years. 1 light-year is the distance that light travels in a year, which is about 95000000000000 kilometers.

The extent of space that we can observe today (about 10 billion light-years), expressed in the smallest unit of length (one ten-thousandth of a millimeter), is only 10 to the 36th power of angstroms.

The universe is the largest of our research objects, and the atomic nucleus (which has a diameter of 10 to the minus 13th power and 10 to the minus 12th cm) is the smallest one, and the comparison of the size (linearity) of the two research objects is only a multiple of 10 to the 40th power. Answer: Change the year.

Speaking of time, let's choose the smallest unit of timekeeping with physical significance to represent the longest time in the universe - the "age of the universe". If we take the time it takes for light to pass through a space the size of an atomic nucleus as a unit of time, then the "age of the universe" is 10 times to the 40th power of this unit.

Let's calculate the total number of elementary particles that exist in the universe, including protons, neutrons, neutrinos, and neutrinos and photons without rest mass. Although a single particle of dust contains billions of elementary particles, in the entire universe, there are about 10 elementary particles to the 80th power in total.

This number is only one part of a hundred billion of the "Gugol".

Summary. Kiss <>

The largest number in the world is the Grey Constant. The Gregorian number is known as the largest number in the world, and it is impossible to represent even the largest Gugol unit we can express. According to relevant historical records, the number was proposed by a famous mathematician in the United States, Ge Liheng, around 1980.

It's not so much the biggest number in the world as it is the ceiling of the problem. To put it simply, if there is a number that exceeds this limit, then it is already in a realm that is unpredictable to human beings, and it is no longer incomprehensible with human intelligence.

The biggest numbers in the world.

Kiss <>

The largest number in the world is the Grey Constant. The Gregorian number is known as the largest number in the world, and it is impossible to represent even the largest Gugol unit we can express. According to relevant historical records, the number was proposed by a famous mathematician named Ge Liheng in the United States around 1980.

It's not so much the biggest number of words in the world as it is the highest limit of the problem. To put it simply, if there is really a digital superbrother who has infiltrated this limit, then it is already in a category that is unpredictable to human beings, and it is no longer incomprehensible with human intelligence.

Kiss <>

The use of numbers is as follows: 1. Go through the process of design and coding, and experience the role of numbers in expressing, communicating and transmitting information. 2. Be able to quietly understand the meaning of certain numbers in a number in a specific situation, so that students can experience the close connection between numbers and real life, and stimulate students' interest in learning mathematics.

3. Enhance students' awareness of the application of Patongchong mathematics. 4. The cardinal number is the most commonly used by us, and it is also the most common contact with children, in early childhood education, we need to start with the concept of the cardinal number from the concrete, and gradually transition to the abstract concept.