No, it is not.
4(3b+2)
To factorise the expression (4a + 12b), first identify the greatest common factor (GCF) of the coefficients. The GCF of 4 and 12 is 4. You can then factor out 4 from the expression: [ 4(a + 3b). ] Thus, the factorised form is (4(a + 3b)).
To solve the equation (-3b + 5 = 12b), first, isolate the variable (b). Add (3b) to both sides to get (5 = 15b). Then, divide both sides by (15), resulting in (b = \frac{5}{15}), which simplifies to (b = \frac{1}{3}).
4(3b - 5) < -31 + 12b12b - 20 < -31 + 12b, this is not true because -20 > - 31, so that the solution for the given inequality does not exist.
It is not an equation but an algebraic expression that can be simplified to: 12b-5a
-9/4b -10/3b =-67/6 9/4b +10/3b = 67/6 27/12b + 40/12b = 67/6 67/12b =67/6 12b = 6 b = 6/12 b=1/2
4(3b+2)
To factorise the expression (4a + 12b), first identify the greatest common factor (GCF) of the coefficients. The GCF of 4 and 12 is 4. You can then factor out 4 from the expression: [ 4(a + 3b). ] Thus, the factorised form is (4(a + 3b)).
15b + 13c - 12b + 10c + 8 = 3b + 23c + 8
To solve the equation (-3b + 5 = 12b), first, isolate the variable (b). Add (3b) to both sides to get (5 = 15b). Then, divide both sides by (15), resulting in (b = \frac{5}{15}), which simplifies to (b = \frac{1}{3}).
4(3b - 5) < -31 + 12b12b - 20 < -31 + 12b, this is not true because -20 > - 31, so that the solution for the given inequality does not exist.
12b - 5 = 15b + 5 subtract 12b from both sides 12b - 12b - 5 = 15b - 12b + 5 - 5 = 3b + 5 subtract 5 from each side - 5 - 5 = 3b + 5 - 5 - 10 = 3b divide both sides integers by 3 - 10/3 = (3/3)b - 10/3 = b ---------------------check in original equation ( change whole numbers to fractions of common denominations ) 12(-10/3) - 15/3 = 15(-10/3) + 15/3 - 120/3 - 15/3 = - 150/3 + 15/3 - 45 = - 45 checks
The group 3B to 12B elements are known as transition metals. They are characterized by their ability to form complex ions with varying oxidation states and exhibit typical metallic properties such as conductivity, malleability, and ductility.
It is not an equation but an algebraic expression that can be simplified to: 12b-5a
Do you mean...? 12b + 8 4(3b + 2) ============( if you meant b12, then there is no factoring possible )
If ( b ) equals 4, then ( 3b ) can be calculated by substituting 4 for ( b ). Thus, ( 3b = 3 \times 4 = 12 ). Therefore, ( 3b ) is equal to 12.
(3b)5 = 243 b5The actual numerical value depends on the value of ' b ',and it changes instantly any time ' b ' changes.