24a
The GCF of 6a^2 and 8a is 2a.
24a3
LCM(7ab, 8a3b2, 10a4) = 280a4b2
Do the numbers first. The LCM of 6 and 8 is 24. Choose the highest of the powers. The LCM is 24a^3
The GCF is 8a.
24a2
Well, honey, the LCM of 6a and 8a is 24a. You see, you just gotta find the smallest number that both 6 and 8 can divide into evenly, and then slap on that 'a' like it's nobody's business. So, there you have it, 24a is the name of the game.
The GCF of 6a^2 and 8a is 2a.
2
6a-3=8a+11 -3-11=8a-6a -14=2a a=-7
8a-a-a = 6a
4a+8a = 12a 12a divided by 2 = 6a
It is 6a.
24a3
To determine if (8a - 3b - (2a - 4b)) is equivalent to (6a + b), we first simplify the left expression. Distributing the negative sign gives us (8a - 3b - 2a + 4b), which simplifies to (6a + b). Since both expressions equal (6a + b), they are indeed equivalent.
Groups 6A and 7A are typically classified as the "chalcogens" and "halogens," respectively. Group 8A is known as the "noble gases."
To determine if ( 4(4a - 8) ) is equivalent to ( 6a ) and ( 8a - 8 ), we can simplify both expressions. First, simplify ( 4(4a - 8) ): [ 4(4a - 8) = 16a - 32 ] Now let's compare ( 16a - 32 ) with ( 6a ) and ( 8a - 8 ). Clearly, ( 16a - 32 ) is not equivalent to ( 6a ) or ( 8a - 8 ). Thus, ( 4(4a - 8) ) is not equivalent to either expression.