The smallest number of tiles Quintin will need in order to tile his floor is 20
The given parameters;
- number of different shapes of tiles available = 3
- area of each square shape tiles, A = 2000 cm²
- length of the floor, L = 10 m = 1000 cm
- width of the floor, W = 6 m = 600 cm
To find:
- the smallest number of tiles Quintin will need in order to tile his floor
Among the three different shapes available, total area of one is calculated as;

Area of the floor is calculated as;

The maximum number tiles needed (this will be possible if only one shape type is used)

When all the three different shape types are used we can get the smallest number of tiles needed.
The minimum or smallest number of tiles needed (this will be possible if all the 3 different shapes are used)

Thus, the smallest number of tiles Quintin will need in order to tile his floor is 20
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31/40
replace 77.5 with 775/10
simplify to get 155/2
divide by 100 to get 31/40
Answer:
x= 20,1 degrees
Step-by-step explanation:
The sum of the inner angles of a triangle is 180 degrees
So it must be
3x-11+6x-10+x = 180
added up the terms with x
10x -11-10 = 180
added up the terms without x
10x - 21 = 180
added up (21) in the two members of the equation
10x-21+21 = 180+21
10x = 201
divide the two members by 10
x = 20,1 degrees
Answer:
the lines meet at (2/3, 2)
Step-by-step explanation:
f(x) = g(x)
plug equations for f(x) and G(x)
-3x+4 = 2
-3x = -2
x = 2/3
since both equations meet at x = 2/3, it doesn't matter which equation you plug x = 2/3 into to find the y-coordinate
for simplicity purposes since g(x) is easier to solve, I am going to plug x = 2/3 into g(x), but plugging it into f(x) will give you same answer
g(x) = 2
g(2/3) = 2
the lines meet at (2/3, 2)
18+ 13 gives you 31 so the difference between 13 and 31 is 18.
the answer is 31