Answer:
Step-by-step explanation:
x=7 would be horizontal and would be 7 units to the right of the origin, y= -2 would be vertical and 2 units down from the origin
Answer:
10 losses
Step-by-step explanation:
Here, we want to get the greatest possible number of games the team lost
Let the number of games won be x
Number drawn be y
Number lost be z
Mathematically;
x + y + z = 38
Let’s now work with the points
3(x) + 1(y) + z(0) = 80
3x + y = 80
So we have two equations here;
x + y + z = 80
3x + y = 80
The greatest possible number of games lost will minimize both the number of games won and the number of games drawn
We can have the following possible combinations of draws and wins;
26-2
25-5
24-8
23-11
22-14
21-17
21-17 is the highest possible to give a loss of zero
Subtracting each sum from 38, we have the following loses:
10, 8, 6, 4, 2 and 0
This shows the greatest possible number of games lost is 10
215 to the nearest hundred is 200.
Thank you.
Answer:
625 blocks
Step-by-step explanation:
We assume the number of blocks required is proportional to the length of the wall, so we have ...
blocks/(200 ft) = 250/(80 ft)
Multiplying by 200 ft gives ...
blocks = (200/80)·250 = 625
A 200 ft wall will require 625 blocks.
The perimeter is 22cm therefore the remaining side is 22-8-5=9 cm. A right triangle follows the Pythagorean theorem which states that any side is equal to the square root of the sum of the squares of the other side or A=B2+C2. Using this we can get side AB and see if we can get it using the Pythagorean theorem. 52+92=10.30 cm<span>. therefore, triangle ABC is not a right-angled triangle</span>
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