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If b = 5 then 15-10 = 5
if you meant to write the problem as "3b + 5 = 29", then this is how to solve: 3b + 5 = 29 - 5 - 5 subtract 5 from each side 3b = 24 simplify b = 8 divide each side by 3 to get b by itself
It is an equation and the value of b is 3
b is the square root of 5/3
Probably b.
If b = 5 then 15-10 = 5
(3b)5 = 243 b5The actual numerical value depends on the value of ' b ',and it changes instantly any time ' b ' changes.
If a + b = 6, what is the value of 3a + 3b?
3b2 + b - 10 = 0 This quadratic equation can be factored. (3b -5)(b +2) = 0 The equation can be solved when either (3b - 5) = 0, or (b + 2) = 0. If 3b - 5 = 0 then 3b = 5 : b = 5/3 If b + 2 = 0 then b = -2 The roots or solutions to this equation are b = 5/3 and b = -2
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if you meant to write the problem as "3b + 5 = 29", then this is how to solve: 3b + 5 = 29 - 5 - 5 subtract 5 from each side 3b = 24 simplify b = 8 divide each side by 3 to get b by itself
It is an equation and the value of b is 3
3b+4 = b+12 3b-b = 12-4 2b = 8 b = 4
b is the square root of 5/3
Probably b.
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}).
let A = first card and let B = second card; then A = 3B and B = A-6; since A = 3B then B = (3B) - 6; solve B = 3 and A = 9