Answer:
I believe it’s 2
Step-by-step explanation:
Answer:
The difference between the volume of the two spheres is 791.6m^3.
Step-by-step explanation:
V = 4(pi)(r^3/3)
Sphere 1:
V = 4(pi)(6^3/3)
Solve.
V = 4(pi)(216/3)
V = 4(pi)(72)
V = 4(226.2)
V = (904.8)
Sphere 1 Volume: 904.8m^3
Sphere 2:
V = 4(pi)(3^3/3)
V = 4(pi)(27/3)
V = 4(pi)(9)
V = 4(28.3)
V = 113.2
Sphere 2 Volume: 113.2m^3
Subtract.
904.8 - 113.2 = 791.6
Answer:
Trapizium
70
110
110
I think this ans may help you
we know that
Based on the FIFA rules for international matches, dimensions of fields are: Length: minimum m, maximum m. Width: minimum m, maximum m.
we know that
The area of a rectangle is
where
L is the length side of the field
W is the width side of the field
In this problem we have
Step
<u>Find the value of L</u>
substitute the values
Step
<u>Convert yards to meters</u>
we know that
Step
<u>Compare the dimensions of the field with the dimensions of FIFA regulation</u>
Length: minimum m, maximum m
Length of the field=
The length does not satisfy the measures of the FIFA regulation
because
therefore
<u>the answer is</u>
The field does not satisfy the measures of the FIFA regulation
Answer:
d=
Step-by-step explanation:
Convert the fractions to have common denominators.
.
Now, isolate the "d" variable by doing the opposite operation and subtracting the 2/6 from both sides.
Simply 3/6 and you should get 1/2.