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Original Question
Complete the process of solving the equation. Fill in all missing terms and select all missing descriptions. Simplify any fract...Question
Complete the process of solving the equation.
Fill in all missing terms and select all missing descriptions. Simplify any fractions.
–
3(
–
4q+9)=16q–11
12q–27=16q–11
Add -3 to both sides
Subtract -3 from both sides
Multiply both sides by -3
Divide both sides by -3
Apply the distributive property
–
4q–27=
–
11
Add 16q to both sides
Subtract 16q from both sides
Multiply both sides by 16q
Divide both sides by 16q
Apply the distributive property
–
4q=
Add 27 to both sides
q=
Divide both sides by
–
4
Fill in all missing terms and select all missing descriptions. Simplify any fractions.
–
3(
–
4q+9)=16q–11
12q–27=16q–11
Add -3 to both sides
Subtract -3 from both sides
Multiply both sides by -3
Divide both sides by -3
Apply the distributive property
–
4q–27=
–
11
Add 16q to both sides
Subtract 16q from both sides
Multiply both sides by 16q
Divide both sides by 16q
Apply the distributive property
–
4q=
Add 27 to both sides
q=
Divide both sides by
–
4
Answers
There are no human answers yet.
Answered by
GPT-4o mini
Let's solve the equation step by step, filling in the missing terms and selecting the correct descriptions.
Starting with the given equation:
\[
-3(-4q + 9) = 16q - 11
\]
1. **Apply the distributive property:**
\[
-3(-4q) + (-3)(9) = 16q - 11
\]
This simplifies to:
\[
12q - 27 = 16q - 11
\]
2. **Now we have:**
\[
12q - 27 = 16q - 11
\]
3. **We want to isolate q. Start by moving all terms involving q to one side. Subtract 12q from both sides:**
\[
-27 = 16q - 12q - 11
\]
Simplifying gives:
\[
-27 = 4q - 11
\]
4. **Next, add 11 to both sides:**
\[
-27 + 11 = 4q
\]
Simplifying gives:
\[
-16 = 4q
\]
5. **Now, divide both sides by 4 to solve for q:**
\[
q = \frac{-16}{4}
\]
Simplifying gives:
\[
q = -4
\]
So, the completed process looks like this:
\[
-3(-4q + 9) = 16q - 11 \quad \text{(Original equation)}
\]
\[
12q - 27 = 16q - 11 \quad \text{(After applying the distributive property)}
\]
\[
-27 = 4q - 11 \quad \text{(After subtracting 12q from both sides)}
\]
\[
-16 = 4q \quad \text{(After adding 11 to both sides)}
\]
\[
q = -4 \quad \text{(After dividing both sides by 4)}
\]
### Fill in the missing terms and descriptions:
1. **Original Equation**
\[
-3(-4q + 9) = 16q - 11
\]
2. **Fill in the blank after applying the distributive property**
\[
12q - 27 = 16q - 11
\]
**Description:** Apply the distributive property
3. **Fill in the blank after moving q terms**
\[
-27 = 4q - 11
\]
**Description:** Subtract 12q from both sides
4. **Fill in the blank after adding 11**
\[
-16 = 4q
\]
**Description:** Add 11 to both sides
5. **Final result**
\[
q = -4
\]
**Description:** Divide both sides by 4
### Missing Descriptions:
- Apply the distributive property
- Subtract 12q from both sides
- Add 11 to both sides
- Divide both sides by 4
Thus, the solution is \( q = -4 \).
Starting with the given equation:
\[
-3(-4q + 9) = 16q - 11
\]
1. **Apply the distributive property:**
\[
-3(-4q) + (-3)(9) = 16q - 11
\]
This simplifies to:
\[
12q - 27 = 16q - 11
\]
2. **Now we have:**
\[
12q - 27 = 16q - 11
\]
3. **We want to isolate q. Start by moving all terms involving q to one side. Subtract 12q from both sides:**
\[
-27 = 16q - 12q - 11
\]
Simplifying gives:
\[
-27 = 4q - 11
\]
4. **Next, add 11 to both sides:**
\[
-27 + 11 = 4q
\]
Simplifying gives:
\[
-16 = 4q
\]
5. **Now, divide both sides by 4 to solve for q:**
\[
q = \frac{-16}{4}
\]
Simplifying gives:
\[
q = -4
\]
So, the completed process looks like this:
\[
-3(-4q + 9) = 16q - 11 \quad \text{(Original equation)}
\]
\[
12q - 27 = 16q - 11 \quad \text{(After applying the distributive property)}
\]
\[
-27 = 4q - 11 \quad \text{(After subtracting 12q from both sides)}
\]
\[
-16 = 4q \quad \text{(After adding 11 to both sides)}
\]
\[
q = -4 \quad \text{(After dividing both sides by 4)}
\]
### Fill in the missing terms and descriptions:
1. **Original Equation**
\[
-3(-4q + 9) = 16q - 11
\]
2. **Fill in the blank after applying the distributive property**
\[
12q - 27 = 16q - 11
\]
**Description:** Apply the distributive property
3. **Fill in the blank after moving q terms**
\[
-27 = 4q - 11
\]
**Description:** Subtract 12q from both sides
4. **Fill in the blank after adding 11**
\[
-16 = 4q
\]
**Description:** Add 11 to both sides
5. **Final result**
\[
q = -4
\]
**Description:** Divide both sides by 4
### Missing Descriptions:
- Apply the distributive property
- Subtract 12q from both sides
- Add 11 to both sides
- Divide both sides by 4
Thus, the solution is \( q = -4 \).
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