Given:
The total number of blocks = 164
Number of blocks used for the main part of the house = 100
Number of blocks used for the roof of the house = 50
Number of blocks used for the chimney of the house = 14
Solution:
The number of blocks used for the new house is also 164
Let the number of blocks used for the main part of the new house be x, roof be y, chimney be z
Then
x+y+z =164
110 + 34+20 = 164
Leah's house would be at -(5,-3), I hope that is what you are asking for.
Answer:
c
Step-by-step explanation:
The possible range of the validity coefficient is the same as other correlation coefficients (0 to 1) when 0 is weak and 1 is strong.
The question has some missing information. Refer this link for full question. brainly.com/question/10680429
The coordinates of the location of the second car is (-1,3).
Option: B.
<u>Step-by-step explanation:</u>
The point R is the coordinate where the first car parked.
And the coordinate point is (-1, -3).
The questions says that the second car need to be parked above 6 units from the first car.
So Second cars coordinate will be (x+0,y+6). (moving above through the graph is moving in y axis).
The second car coordinate = (0+(-1), -3+6).
⇒The second car coordinate = (-1,3).
∴The coordinates of the location of the second car is (-1,3).
Hello from MrBillDoesMath!
Answer:
Choice C (6)
Discussion:
Since it is an isosceles trapezoid the length of the two legs (i.e. AB = 5y-10 and CD = 2y+8) are equal. In other words,
5y - 10 = 2 y + 8
Subtract 2y from each side:
5y - 2y - 10 = 8
Now add 10 to each side
5y - 2y - 10 + 10 = 8 + 10 =>
3y + 0 = 18 =>
3y = 18 =>
y = 6
Regards,
MrB