The perimeter of the rectangle is P = (17.2x₊16.4).
Given that,
Length, l = 8.6x₊3
Width, b = 5.2
In the formula P=2l+2w, where l is the rectangle's length and w is its width, the perimeter P of a rectangle is determined. Using the formula A=l×w, where l is the length and w is the width, we can determine the area A of a rectangle.
We need to find the expression for the perimeter of the rectangle. The formula for the perimeter of the rectangle is given by :
P=2(l₊b)
Putting values of l and b in the above formula:
p = 2(8.6x ₊ 3 ₊ 5.2)
= 2(8.6x ₊ 8.2)
= 2(8.6x) ₊ 2(8.2)
= 17.2x ₊ 16.4
So, the required perimeter of the rectangle is 17.2x₊16.4.
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Answer:
1) intersection of both lines is the solution: (-3, 1)
2) y = -1/6x + 1 will produce a perpendicular line and intersect at only one point (slopes of 6 and -1/6 are opposite and reciprocal, thereby producing perpendicular lines)
3) 'b' can be any value except 1
Step-by-step explanation:
Answer:
20%
Step-by-step explanation:
Given:
Residents of a small city voted on whether to allow a developer to build a shopping center.
The number of votes in favor of the shopping center was 4,400.
The number of votes against the shopping center was 17,600.
Question asked:
What percent of the voters were in favor of building the shopping center ?
Solution:
The number of votes in favor of the shopping center = 4,400
The number of votes against the shopping center = 17,600
Total number of residents = 4,400 + 17,600 = 22,000
Thus, 20% of the voters were in favor of building the shopping center.
Answer:
Approximately 7 deaths per minute.
Step-by-step explanation:
- There's 365 days in a year, there's 24 hours in a day, and there's 60 minutes in one hour.
- 3.6 Million/ 365 days = 9,863 deaths per day
- 9,863 deaths per day/ 24 hours = 411 deaths per hour
- 411 deaths per hour/ 60 minutes = Approximately 7 deaths per minute
3(23-5y)+4y=25
69-15y+4y=25
69-11y=25
-69. -69
-11y = -44
y= 4
