To solve the equation $$ 6 x+3=9 $$ for $$ x $$, what operations must be performed on both sides of the equation tin order to isolate the variable $$ x $$ ? a.) Dividing by 9 then subtracting 3 b) Subtracting 3 then dividing by 6 c) Adding 3 then dividing by 9 d.) Multiplying by 6 then adding 3

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To solve the equation $$ 6x + 3 = 9 $$ for $$ x $$, follow these steps:

1. **Subtract 3 from both sides** of the equation to isolate the term with $$ x $$:
   $$
   6x + 3 - 3 = 9 - 3 \implies 6x = 6
   $$

2. **Divide both sides by 6** to solve for $$ x $$:
   $$
   \frac{6x}{6} = \frac{6}{6} \implies x = 1
   $$

Therefore, the correct sequence of operations is:

**b) Subtracting 3 then dividing by 6**

**Answer:**  
Option b) Subtracting 3 then dividing by 6
To solve $$ 6x + 3 = 9 $$, subtract 3 from both sides and then divide by 6. So, the correct choice is b) Subtracting 3 then dividing by 6.

To solve the equation for , what operations must be performed on both sides of the
equation tin order to isolate the variable ?
a.) Dividing by 9 then subtracting 3
b) Subtracting 3 then dividing by 6
c) Adding 3 then dividing by 9
d.) Multiplying by 6 then adding 3

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To solve the equation for , what operations must be performed on both sides of the equation tin order to isolate the variable ? a.) Dividing by 9 then subtracting 3 b) Subtracting 3 then dividing by 6 c) Adding 3 then dividing by 9 d.) Multiplying by 6 then adding 3