Question

Bags of clementines have 12 each. For a party, Sal, Trisha, and Joe each brought bags of clementines. Altogether, there were 180 clementines. Sal brought 4 bags and Joe brought 6. Write the equation to determine how many bags Trisha brought, t .(2 points) __(t+__ ) =__

Answer 1

ok lets try this again
Bags of clementines have 12 each. For a party, Sal, Trisha, and Joe each brought bags of clementines. Altogether, there were 180 clementines. Sal brought 4 bags and Joe brought 6. Write the equation to determine how many bags Trisha brought, t .(2 points)
?(t+ ?) =?
answer all question marks

Answer 2

ok your not doing this correctly
Bags of clementines have 12 each. For a party, Sal, Trisha, and Joe each brought bags of clementines. Altogether, there were 180 clementines. Sal brought 4 bags and Joe brought 6. Write the equation to determine how many bags Trisha brought, t .(2 points)
there need to be 3 answer which are shown as question marks
?(t+? ) =?
but ur doing it as
(t+? ) =?
so please put 3 numbers not 2

Answer 3

To solve for the number of bags of clementines Trisha brought (denoted as \( t \)), we first calculate how many clementines Sal and Joe brought.

1. **Clementines from Sal**:
Sal brought 4 bags of clementines, and since each bag contains 12 clementines:
\[
\text{Clementines from Sal} = 4 \times 12 = 48
\]

2. **Clementines from Joe**:
Joe brought 6 bags of clementines, therefore:
\[
\text{Clementines from Joe} = 6 \times 12 = 72
\]

3. **Total clementines from Sal and Joe**:
\[
\text{Total from Sal and Joe} = 48 + 72 = 120
\]

4. **Total clementines at the party**:
The total number of clementines is 180. Therefore, the number of clementines brought by Trisha is:
\[
\text{Clementines from Trisha} = 180 - 120 = 60
\]

5. **Finding bags of clementines Trisha brought**:
Since each bag contains 12 clementines, we can find the number of bags \( t \) that Trisha brought:
\[
12t = 60
\]
Dividing both sides by 12 gives:
\[
t = 5
\]

Now we can write the equation to express the total number of bags:

The equation that describes the scenario is:
\[
(t + 4 + 6) = 15
\]
which conveys that total bags (Trisha's bags + Sal's bags + Joe's bags) equal to the total number of bags brought.

So, the final answer for the equation to determine how many bags Trisha brought is:
\[
(t + 10) = 15
\]

Answer 4

Let's break it down step by step to fill in the equation regarding how many bags Trisha brought, denoted as \( t \).

1. **Clementines per bag**: Each bag of clementines contains 12 clementines.

2. **Clementines brought by Sal**:
- Sal brought 4 bags. Therefore, the total number of clementines Sal brought is:
\[
4 \times 12 = 48
\]

3. **Clementines brought by Joe**:
- Joe brought 6 bags. Therefore, the total number of clementines Joe brought is:
\[
6 \times 12 = 72
\]

4. **Total clementines from Sal and Joe**:
- Together, Sal and Joe brought:
\[
48 + 72 = 120
\]

5. **Total clementines at the party**:
- The total number of clementines is 180.

6. **Finding clementines brought by Trisha**:
- The number of clementines Trisha brought is:
\[
180 - 120 = 60
\]

7. **Finding bags of clementines Trisha brought**:
- Since each bag contains 12 clementines, we set up the equation for the number of bags Trisha brought:
\[
12t = 60
\]
- Dividing both sides by 12 gives:
\[
t = 5
\]

Now, we can write the equation representing the total number of clementines as:
\[
(t + 4 + 6) = 15
\]

To answer your specific question regarding the equation format \((t + ? ) = ? \):

- Trisha’s bags = \( t \)
- Sal's bags = 4
- Joe's bags = 6

Answering the question marks:
- The first question mark will be \( 4 + 6 = 10 \).
- The second question mark will be the total number of bags, which is \( 15 \).

Thus, the completed equation is:
\[
(t + 10) = 15
\]

So the final answer is:
- ? = 10
- ? = 15

Answer 5

Thank you for your patience! Let's set up the equation correctly with three specific numbers for the placeholders.

1. **Clementines brought by Sal**:
- Sal brought 4 bags, which gives:
\[
4 \times 12 = 48 \text{ clementines}
\]

2. **Clementines brought by Joe**:
- Joe brought 6 bags, which gives:
\[
6 \times 12 = 72 \text{ clementines}
\]

3. **Total clementines from Sal and Joe**:
- Total from Sal and Joe is:
\[
48 + 72 = 120 \text{ clementines}
\]

4. **Total clementines at the party**:
- The total number of clementines is 180, so Trisha's contribution (in clementines) is:
\[
180 - 120 = 60 \text{ clementines}
\]

5. **Finding the bags Trisha brought**:
- Since each bag contains 12 clementines, we calculate:
\[
\frac{60}{12} = 5 \text{ bags}
\]

Now, to write the equation to express the total bags brought (Sal, Joe, and Trisha):

The equation is:
\[
(t + 4 + 6) = 15
\]

Where:
- \( t \) = number of bags Trisha brought
- 4 = bags brought by Sal
- 6 = bags brought by Joe

### Final answer with question marks filled in:
\[
?(t + ?) = ?
\]
where:
- ? = 4 (the number of bags Sal brought)
- ? = 6 (the number of bags Joe brought)
- ? = 15 (the total number of bags)

So the final equation is:
\[
(4 + t + 6) = 15
\]

To summarize:
- First question mark = 4
- Second question mark = 6
- Third question mark = 15