Answer:
0.25(4x + 7)
Step-by-step explanation:
B) 115 meters
C) 117.55 meters
D) 235.1 meters
(01.06 LC)
Solve x - 5y = 6 for x.
Answer:
x = 6+5y
Step-by-step explanation:
x - 5y = 6
Add 5y to each side
x - 5y+5y = 6+5y
x = 6+5y
Answer:
x = 6 + 5y
Step-by-step explanation:
x - 5y = 6
Solve for x.
x - 5y = 6
Add 5y to both side
x - 5y + 5y = 6 + 5y
x=6+5y
b. Wall length of 30 feet
c. Wall length of 3 feet
d. Wall length of 16 feet
Using the formula A=l•w to solve the wallpaper problem, where the area (A) is 240 square feet and the width (w) is the height of the walls (8 feet), we find that the wall length (length) that you can paper is 30 feet.
The subject of the word problem is finding the wall length you can cover with a given amount of wallpaper. In this case, the area of the wallpaper is 240 square feet, and the height of the walls is 8 feet.
The formula for the area of a rectangle is A=l•w, where A stands for area, l stands for length, and w stands for width. In this case, the 'width' is the height of the walls, which is 8 feet.
To find the length of the wall, we can rearrange the formula to l=A/w and substitute the given values. That means l=240/8, which gives us a wall length of 30 feet.
Therefore, the answer is b. Wall length of 30 feet.
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The expression finds the measure of an angle that is coterminal with a 300° angle is 300° – 720°.
Coterminal angles are angles that, when drawn in standard position, have terminalsides in the same place.
Any angles that are coterminal are some multiple of 360° different in measure.
This is because, in order to be coterminal, they must travel the entire circle at least once, possibly more times.
The expression finds the measure of an angle that is coterminal with a 300° angle is;
Out of the given options, the only one that is a multiple of 360° is 300° – 720°.
Hence, the expression finds the measure of an angle that is coterminal with a 300° angle is 300° – 720°.
Learn more about coterminalangles here;
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Answer:
3x - y - 2 =0
Step-by-step explanation:
Equation of line in point slope form is given as:
Plug in the above equation, we find: