Jamie uses 1/3 of a package of juice boxes. there were 6 juice boxes in the package to start with. 1/3 of the juice box used in sixths would equal to 2/6.
Suppose the fraction is proper (the numerator is smaller than the denominator).
Let it be
Then, we can interpret it as:
= a parts out of b parts of a thing.
Jamie uses 1/3 of a package of juice boxes. there were 6 juice boxes in the package to start with.
For 6 juice boxes = 1/3 of a package of juice boxes is used
1/3 of the juice box used in sixths would equal to 2/6.
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Here charges $50 plus $60 an hour. For
how many hours is Perfect Pipes less
expensive than No Leaks Here?
Hey!
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Prefect Pipes: 120 + 40 = $160 (y-intercept)
No Leaks Here: 50 + 60 = $110 (y-intercept)
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Hour #1:
Prefect Pipes: 160 + 40 = $200
No Leaks Here: 110 + 60 = $170
Hour #2:
Prefect Pipes: 200 + 40 = $240
No Leaks Here: 170 + 60 = $230
Hour #3:
Prefect Pipes: 240 + 40 = $280
No Leaks Here: 230 + 60 = $290
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$280 < $290
After 3 hours Perfect Pipes is less expensive than No Leaks Here!
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Hope This Helped! Good Luck!
Answer: After 3.5 hours, Perfect pipes is less expensive than No leaks here.
Step-by-step explanation:
Let the number of hours be 'h'.
So, Perfect pipes charges $120 plus $40 per hour.
so, our equation becomes,
No leaks charges $50 plus $60 per hour.
So, our equation becomes,
According to question, Perfect pipes is less expensive than no leaks here after how many hours.
So, it becomes,
Hence, After 3.5 hours, Perfect pipes is less expensive than No leaks here.
By stacking 12 metal sheets, each 1.2 mm thick, on top of one another, the combined thickness will be 1.44 cm (14.4 mm).
To achieve a thickness of 1.44 cm, the metal sheets must be stacked on top of each other.
Since the thickness of each individual metal sheet is 1.2 mm, we need to find the number of sheets required to reach 1.44 cm.
First, we convert 1.44 cm to mm, which is 1.44 cm × 10 mm/cm = 14.4 mm.
Next, we divide the total thickness (14.4 mm) by the thickness of each metal sheet (1.2 mm):
Number of sheets = 14.4 mm / 1.2 mm
= 12
Therefore, to achieve a thickness of 1.44 cm, you need to stack 12 metal sheets on top of each other.
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