The perimeter of the figure is 58 units
The area of the figure is 130 unit square
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To calculate the perimeter of the shape, we simply add up the side lengths of the visible parts of the figure.
Having said that, the perimeter is:
To calculate the area, we use a different approach.
First, we split the figure into 3, we then calculate the area of each sub-figure, and then we add up the calculated areas.
From left to right, we have:
Rectangle 1
Rectangle 2
Rectangle 3
The area of a rectangle is:
So, the area of the figure is:
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15+24= put it in the calculator u will find the answer(hope this helped)
Answer:
y > -5x + 3
Step-by-step explanation:
Answer:
y > –5x + 3
Step-by-step explanation:
we know that
1) The solution of the inequality is the shaded area above the dashed line
so
The linear inequality could be
y > –5x – 3
y > –5x + 3
y > –3x + 5
2) The slope of the dashed line is negative ----> the three options have slope negative
3) The y-intercept of the dashed line is (0,3)
therefore
The linear inequality is
y > –5x + 3
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Answer:
Step-by-step explanation:
To find the linear inequality , Let pick two points from the graph
Lets pick (0,3) and (1,-2)
Lets find out slope using the points
Slope m= -5
y intercept b= 3
Equation of the line is y=mx+b
Now we look at the shaded part. we use test point (0,0)
(0,0) is not in the shaded region
0 >3 is false
Answer:
Giraffe is linear. Sunfish is exponential.
Step-by-step explanation:
For the sake of clarity the first matrix, for Giraffe.
In this Giraffe the angular coefficient is not exact, but quite close.
m varies from 102 to 99
Time (months) and Mass (Kg)
Geometrically, solving just plotting these two parameters as coordinate points.
(0, 63), (5,165), (10,264)...(20,468) We have a linear function.
2. Sunfish
Exponential functions are given according to y=ax^n let's call n, by t. and find the other variables
An exponential function fits the best.
Answer: This is either a trick question or real, but round it to the nearest thousanth I guess.
