Answer: we can use the folowing polynomial.
P(x) = + +
you can see that P(x1) = y1
P(x2) = y2
P(x3) = y3
this is a Lagrange polynomial.
Answer:
D
Step-by-step explanation:
x/15 = tan 30= 1/√3
x = 15/√3
The first thing to do is find the rectangular warehouse area.
We have then:
A = (12) * (18) = 216
A = 216 m ^ 2
We now look for the area of each acoustic tile square:
A '= (1) ^ 2 = 1
A '= 1 m ^ 2
We look for acoustic tile squares number:
N = (A) / (A ')
N = (216) / (1)
N = 216
Finally we look for the total weight:
W = (1/4) * (216)
W = 54 Kg
Answer:
The total weight of the tile required to cover the ceiling is:
W = 54 Kg
Answer:
-110, -3, -2, -0.8, 0.8, 7, 12
Step-by-step explanation:
The larger looking negatives are less ( in value) than the smaller looking negatives.
For example, -110 is smaller than -0.8, even though with positive numbers, it is the opposite.
Hope this helps you solve the problem!
Answer: (9,7)
Step-by-step explanation: 32 Divided by 4 = 9 and 28 Divided by 4 = 7.
So there would be 9 Blue and 7 Red