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Q: What is the larger number if one number is twice as large as the second and the sum of the two numbers is 366?

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The larger exponential is represented by "googolplexplex" (etc.) or "googolplexian".There are vastly larger numbers, such as "Skewes' number", "Moser's number" and "Graham's number" which can only be represented by large power towers of exponential exponents.(see related question)

There is no such actual number. It is a created word for a very large number. As with "googolplex" (10googol), large numbers are only useful for comparing to other very large numbers.

Call the large number L and the small number S.L + S = 70L = 4 + 2SSubstitute the value of L in the second equation into the first equation to get:4 + 3S = 703S = 66S = 22Plugging 22 in for S (in either equation) gives:L = 48

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Natural number are a special kind of real number. They both are large without bounds. For every real number there is a larger natural number and for every natural number there is a larger real number.

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Law of large numbers

The only prime numbers with a difference of 1 are the numbers 2 and 3. More consecutive numbers are not possible, since one of the two would have to be even - and an even number is divisible by 2, and therefore not a prime number (2, of course, is a prime number, but larger even numbers are not).The most you can expect with larger prime numbers is a difference of 2. Very large such "prime twins" are known; a few are 3 and 5; 101 and 103, but much larger ones are known, as well. It is not yet known whether there are an infinite number of twin primes.The only prime numbers with a difference of 1 are the numbers 2 and 3. More consecutive numbers are not possible, since one of the two would have to be even - and an even number is divisible by 2, and therefore not a prime number (2, of course, is a prime number, but larger even numbers are not).The most you can expect with larger prime numbers is a difference of 2. Very large such "prime twins" are known; a few are 3 and 5; 101 and 103, but much larger ones are known, as well. It is not yet known whether there are an infinite number of twin primes.The only prime numbers with a difference of 1 are the numbers 2 and 3. More consecutive numbers are not possible, since one of the two would have to be even - and an even number is divisible by 2, and therefore not a prime number (2, of course, is a prime number, but larger even numbers are not).The most you can expect with larger prime numbers is a difference of 2. Very large such "prime twins" are known; a few are 3 and 5; 101 and 103, but much larger ones are known, as well. It is not yet known whether there are an infinite number of twin primes.The only prime numbers with a difference of 1 are the numbers 2 and 3. More consecutive numbers are not possible, since one of the two would have to be even - and an even number is divisible by 2, and therefore not a prime number (2, of course, is a prime number, but larger even numbers are not).The most you can expect with larger prime numbers is a difference of 2. Very large such "prime twins" are known; a few are 3 and 5; 101 and 103, but much larger ones are known, as well. It is not yet known whether there are an infinite number of twin primes.

int max = a>b?a:b; // set max to the larger of a and b

A positive number is larger than a negative number. For example, 5 is more than -8. For positive numbers: * The number with more digits is larger. For example, 123 is more than 28. * If two numbers have the same number of digits, compare the first digit. The number with the larger first digit is larger. For example, 207 is more than 128. * If the first digit is the same, compare the second digit. If those are the same, compare the third digit, etc. For example, 2280 is more than 2245. To compare two negative numbers, the number which - without the minus sign - would be SMALLER, is the larger number. For instance, -8 is more than -9.

This is a LARGE subject, but in brief. Infinity is a number beyond counting. A Googol is a large number, 10100 and a Googolplex is 10Googol . Both numbers are probably larger than the number of electrons in the universe, so are of philosophic interest only. There are various orders of infinity. For example there is an infinite quantity of integer numbers, but between each successive integer you can insert an infinity of fractional numbers. And so on.

The sum of the numbers is 240. If one number is 5 times as big as the other then 240 must be divided by 6. 240/6 = 40. The smaller number must be this while the larger number is 5 times the size. Small number = 40 Larger number = 40 * 5 = 200

Large primes numbers are used in public key encryption systems as when multiplied together to create an even larger composite number it is extremely difficult to factorise this number into its component primes - this is what gives the encryption its strength. It is the knowledge of the large prime factors of the even larger composite number which allows the encryption and decryption keys to be determined; they are dependent on each other and the prime factors.

No number can have a multiple smaller than itself. No number can have a factor larger than itself. In a set of two numbers, the LCM can't be smaller than the larger number and the GCF can't be larger than the smaller number. In rare cases, the LCM can equal the GCF, but it can never be smaller.

The larger exponential is represented by "googolplexplex" (etc.) or "googolplexian".There are vastly larger numbers, such as "Skewes' number", "Moser's number" and "Graham's number" which can only be represented by large power towers of exponential exponents.(see related question)