The distributive property refers to a property of TWO binary operations - usually of multiplication and addition - not just one operation. Consequently, 7*420 does not have a distributive property.
7 x 420 = (7 x 400) + (7 x 20)
To find the product of 7 and 63 using the distributive property, you can break down 63 into more manageable parts. For example, you can express 63 as 60 + 3. Then, apply the distributive property: (7 \times 63 = 7 \times (60 + 3) = 7 \times 60 + 7 \times 3). This simplifies to (420 + 21), which equals 441.
To write 420 million in numbers, you start with the numeral 420 and add six zeros to represent the millions. Therefore, 420 million is written as 420,000,000.
420
420 = 2940
7 x 420 = 7(400 + 20) = 7 * 400 + 7 * 20.
7 x 420 = (7 x 400) + (7 x 20)
To find the product of 7 and 63 using the distributive property, you can break down 63 into more manageable parts. For example, you can express 63 as 60 + 3. Then, apply the distributive property: (7 \times 63 = 7 \times (60 + 3) = 7 \times 60 + 7 \times 3). This simplifies to (420 + 21), which equals 441.
The distributive property states that for any real numbers a, b, and c, a(b + c) = ab + ac. In the case of finding the product of 7 and 65, we can apply the distributive property to break down the multiplication into simpler operations. Therefore, 7 x 65 can be calculated as 7 x (60 + 5) = (7 x 60) + (7 x 5) = 420 + 35 = 455.
7 x 420 = (7 x 400) + (7 x 20)
12 times 35 is equal to 420.
420% = 21/5
To write 420 million in numbers, you start with the numeral 420 and add six zeros to represent the millions. Therefore, 420 million is written as 420,000,000.
420
420 = 2940
420 million can be written as 420,000,000 in digits.
It goes: 420/5 = 84 times