Question
Choose the inequality that matches this situation.
Company A charges a fee of $25 plus $0.20 per
brouchure to print and deliver them. Company B
charges $0.30 per brochure. How many would need
to be ordered for Company A to cost more than
Company B?
$0.20b + $0.30b > 25b
$0.20b+ $0.30b <25b
$25+ $0.20b > $0.30b
$25+ $0.20b < $0.30b
Company A charges a fee of $25 plus $0.20 per
brouchure to print and deliver them. Company B
charges $0.30 per brochure. How many would need
to be ordered for Company A to cost more than
Company B?
$0.20b + $0.30b > 25b
$0.20b+ $0.30b <25b
$25+ $0.20b > $0.30b
$25+ $0.20b < $0.30b
Answers
GPT-4o mini
To determine when Company A costs more than Company B, let's define the variables and set up the inequalities based on their pricing structures.
Let \( b \) be the number of brochures ordered.
- **Company A's cost**: \( 25 + 0.20b \)
- **Company B's cost**: \( 0.30b \)
We want to find when Company A's cost is greater than Company B's cost:
\[
25 + 0.20b > 0.30b
\]
Now let's rearrange this inequality:
1. Subtract \( 0.20b \) from both sides:
\[
25 > 0.30b - 0.20b
\]
2. This simplifies to:
\[
25 > 0.10b
\]
3. Finally, dividing both sides by \( 0.10 \):
\[
250 > b
\]
This means Company A will cost more than Company B if fewer than 250 brochures are ordered.
From the answer choices provided, the correct inequality is:
\[
25 + 0.20b > 0.30b
\]
This is the inequality that matches the situation.
Let \( b \) be the number of brochures ordered.
- **Company A's cost**: \( 25 + 0.20b \)
- **Company B's cost**: \( 0.30b \)
We want to find when Company A's cost is greater than Company B's cost:
\[
25 + 0.20b > 0.30b
\]
Now let's rearrange this inequality:
1. Subtract \( 0.20b \) from both sides:
\[
25 > 0.30b - 0.20b
\]
2. This simplifies to:
\[
25 > 0.10b
\]
3. Finally, dividing both sides by \( 0.10 \):
\[
250 > b
\]
This means Company A will cost more than Company B if fewer than 250 brochures are ordered.
From the answer choices provided, the correct inequality is:
\[
25 + 0.20b > 0.30b
\]
This is the inequality that matches the situation.