Answer:
Step-by-step explanation:
The area of the square garden=
Area of a Square of Side length s 
Therefore:

<u>Perimeter</u>
Perimeter of a Square of Side length s=4s
Therefore, the perimeter of the garden =4*16.34=65.36 ft
Since 65 ft < 65.36 ft
Therefore, if you had 65 ft of fencing, it will not be enough to go around and cover the garden.
Answer:
36 units
If OP is parallel to LN then we have, Substituting the respective values we obtain, Therefore option D is correct, y=36 units make OP||LN.
He rounded it to the nearest hundred, not ten. Ten would be 560.
Hope this helps!
Answer:
A = 59.63cm^2
Step-by-step explanation:
You have the following function for the surface area of the container:
(1)
where r is the radius of the cross sectional area of the container.
In order to find the minimum surface are you first calculate the derivative of A respect to r, to find the value of r that makes the surface area a minimum.
(2)
Next, you equal the expression (2) to zero and solve for r:

Finally, you replace the previous result in the equation (1):


The minimum total surface area is 59.63cm^2
Ratio of students selected on the team / the number of students trying out...
boys :
on the team -- 16
trying out -- 40
ratio is : 16/40 which reduces to 2/5
girls :
on the team -- 12
trying out -- 30
ratio is : 12/30 which reduces to 2/5
so yes, the ratios are the same because in both boys and girls, the number of players selected was 2/5 of the total who tried out.