Oh, dude, it's like super easy. So, when you factor 6a 6b, you can take out the common factor, which is 6. Then you're left with a and b, so the factored form is 6ab. It's like math magic, but without the cool hat.
Divide by 6a: 6a(a + 3b)
Consider a=b , multiply by 94 on both sides,I.e 94a=94b. 100a-6a=100b-6b. 100a-100b=-6b+6a. 100(a-b)=6(a-b);100=6(a-b)/(a-b);their fore 100=6
6a squared-8ab+2a factor completely and check mentally
if you mean a^5*3b^9*6a^1, the simplified form is 18a^6b^9
I guess you mean: 2a^2+6a Well in this case you take 2a out of the bracket and then you're left with a+3 inside. 2a(a+3a)
6(a+b)
2a+2b+3a+3b+a+b= 6a+6b 2a+3a+a=6a 2b+3b+b=6b
it roughly about 6a and 6b
An expression consisting of 2 terms. 6A + 6B.
Divide by 6a: 6a(a + 3b)
Consider a=b , multiply by 94 on both sides,I.e 94a=94b. 100a-6a=100b-6b. 100a-100b=-6b+6a. 100(a-b)=6(a-b);100=6(a-b)/(a-b);their fore 100=6
6A-6B flanges are ring type joint which is not developed for face to face make up, where the bolting forces act on gasket. 6A-6BX flanges are also ring type joint but it is developed with raised face hence the bolting forces act on this raised face and not on the gasket if it is properly placed. And also the raised prevent the flange damage from excessive bolting torque.
Oh, dude, you're hitting me with some math vibes. So, the greatest common factor of 24a and 6a is 6a. Why? Because you can divide both terms by 6a and get a whole number result. It's like finding the common ground between two numbers - in this case, it's just 6a. Cool, right?
6a squared-8ab+2a factor completely and check mentally
For him he is doing fine.
Yes.
1080b3 + 5 = 5*(216b3 + 1) = 5*(6b + 1)(36b2 - 6b + 1)