22680 is the answer
the distributive property is only used when simplifying expressions or solving an equation: to write an expression just translate the question into symbols and letters - you don't need to use the distributive property or any other property for that
2f + 10 in distributive property
(510)+(55)
Oh, dude, it's like you want me to do math or something. Okay, fine. So, 8 times 9 using the distributive property is basically 8 times (5 + 4), which equals 8 times 5 plus 8 times 4, which is 40 plus 32, so the answer is 72. Math, man, it's everywhere.
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the distributive property is only used when simplifying expressions or solving an equation: to write an expression just translate the question into symbols and letters - you don't need to use the distributive property or any other property for that
To simplify ( 8(5x - 9) ) using the distributive property, you multiply each term inside the parentheses by 8. This gives you ( 8 \times 5x - 8 \times 9 ), which simplifies to ( 40x - 72 ). Thus, the expression simplified is ( 40x - 72 ).
OWO
To simplify using the distributive property, you distribute a number or variable outside a set of parentheses to each term inside the parentheses. For example, if you have the expression 3(x + 2), you would distribute the 3 to both x and 2 to get 3x + 6. This helps you combine like terms and simplify the expression further.
To simplify expressions using the commutative, associative, and distributive properties, you can rearrange and group terms effectively. The commutative property allows you to change the order of addition or subtraction, while the associative property lets you group terms differently without changing the result. The distributive property enables you to multiply a single term by a sum or difference, distributing it across each term inside the parentheses. By applying these properties, you can combine like terms and simplify expressions more easily.
To simplify the expression (9(x + 3)) using the Distributive property, multiply 9 by each term inside the parentheses. This gives you (9 \cdot x + 9 \cdot 3), which simplifies to (9x + 27). Thus, the simplified expression is (9x + 27).
To express ( 364 \times 26 ) using the distributive property, you can break down 26 into smaller parts, like 20 and 6. This gives you: [ 364 \times 26 = 364 \times (20 + 6) ] Using the distributive property, this expands to: [ 364 \times 20 + 364 \times 6 ] Now you can calculate each part separately.
None whatsoever. You might find the distributive property useful when trying to calculate 39*74. Of course, if you are familiar with the 39 times table or the 74 times table, the distributive property is a complete waste of time! But somehow I doubt that level of arithmetic competence.
2f + 10 in distributive property
The distributive property states that when you multiply a number by a sum, you can distribute the multiplication to each addend. For example, 4 times 15 can be expressed as 4 times (10 + 5). Using the distributive property, this equals 4 times 10 plus 4 times 5, which is 40 + 20, resulting in 60.
To rewrite ( 4(f \times 3) ) using the Distributive Property, you can distribute the 4 across the product inside the parentheses. This gives you ( 4f \times 3 ). Therefore, the expression can be rewritten as ( 12f ).
To express (39 \times 5) using the distributive property, you can break down 39 into two parts, such as 30 and 9. This gives you (39 \times 5 = (30 + 9) \times 5). Applying the distributive property, you can rewrite it as (30 \times 5 + 9 \times 5), which simplifies to (150 + 45), resulting in (195).