No, (5(ab)) is not equal to (5a5b). The expression (5(ab)) simplifies to (5ab), while (5a5b) represents the multiplication of (5a) and (5b), which equals (25ab). Thus, (5(ab)) and (5a5b) are different expressions.
55/5ab + 4/5ab = 59/5ab
7ab-5ab = 2
gcd of 5ab,28xy
(5ab^2 + 4cd)(5ab^2 4cd) <
The GCF of 5ab and 56b squared is b.
6a2 + 5ab - 6b2 = (3a - 2b)(2a + 3b)
The expression ( (5ab) \times (5ab) ) can be simplified by multiplying the coefficients and the variables separately. Multiplying the coefficients gives ( 5 \times 5 = 25 ), and multiplying the variables results in ( a \times a = a^2 ) and ( b \times b = b^2 ). Therefore, the final result is ( 25a^2b^2 ).
No. 2a is one thing, 3b is another. If you add them together, they become 2a + 3b. 5ab indicates that multiplication has taken place. 5 times a times b = 5ab
35ab
1.25
Well, darling, 5ab squared is simply 5 times a times b squared. It's like saying you've got 5 apples and 2 of them are squared - simple math, really. So, the answer is 5ab squared, no need to overcomplicate things, honey.
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