7×80

7×80 is the product of the integers 7 and 80. The result is 560. This can be seen by noting that 80 equals 8×10, so 7×80 = (7×8)×10 = 56×10 = 560. The prime factorization of 560 is 2^4 × 5 × 7.

As a decimal, 560 is a three-digit number. It is even and divisible by 5 and 7; specifically, 560 ÷ 7 = 80, and 560 ÷ 16 = 35. This illustrates standard divisibility properties tied to the factors 7 and 80.

In arithmetic, multiplication is commutative, so 7×80 = 80×7. The product can be expressed in several equivalent ways, such as 56×10 or 7×8×10, which reflects place-value scaling and the distributive nature of multiplication over addition when decomposing factors.

Applications of this product appear in practical counting and measurement problems. For example, seven groups of eighty items each total 560 items, and projections or scalings that involve multiplying by eighty yield the same result.

In representations beyond decimal, the number 560 can be expressed in other bases as well: in binary it is 1000110000, and in hexadecimal it is 0x230. These representations reflect the same value using different numeral systems.

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