Answer:
$0.70 per ear of corn
Step-by-step explanation:
Let c = Ear of corn
Let b = pound of bananas
First shopper:
7c + 6b = $5.15
Second Shopper:
4c + 1b = $1.85
Solve one equation for b since you are solving for c:
4c + 1b = $1.85
b = $1.85 - 4c
Substitute into other equation:
7c + 6b = $5.15 <--- b = $1.85 - 4c
7c + 6 ($1.85 - 4c) = $5.15
7c + $11.1 - 24c = $5.15
-17c + $11.1 <em>- $11.1</em> = $5.15 <em>- $11.1</em>
-17c <em>/-17</em> = -$11.85 <em>/-17</em>
c = $0.70 per ear of corn
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Answer:
In April 153 millimeters of rain fell on the banana farm.
Step-by-step explanation:
Given:
Farm received rain in March and April = 271 millimeters
Farm received rain in March = 118 millimeters.
We need to find rain received by farm in April.
It can be calculated by Subtracting rain received by farm in march with total rain received by farm in March and April with
Rain fell in farm in April = Farm received rain in March and April - Farm received rain in March = 271 -118 = 153 millimeters.
Hence Banana Farm received rain of 153 millimeters in April.
When you reflect a point across the x-axis, the x-coordinate remains the same, but the y-coordinate is transformed into its opposite (its sign is changed). If you forget the rules for reflections when graphing, simply fold your paper along the x-axis (the line of reflection) to see where the new figure will be located.
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Actually Welcome to the Concept of the Factors.
1.) x^2-3x-10 = (x-5) (x+2)
2.)x^2-3x-18 = (x-6) (x+3)