<em>Your question has confusing details. So, I will rephrase as:</em>
<em>How many 2' x 4' would be needed for Bottom Plates and Double Top Plates on a Building 25' x 50' ?
</em>
<em></em>
Answer:
12.5 plates
Step-by-step explanation:
Given
Building dimension:
Plates
To do this, we have to divide the dimension of the building by the dimension of the plates
So, we have:
and
For the length, we have:
For the width, we have:
So, 12.5 of the plates are needed
Answer: The square root of 81/49 is the answer
Step-by-step explanation:
$199.95 x 25% = $199.95 x .25 = $49.9875 ~ $49.99
$199.95 - 49.99 = $149.96 (actual balance) If Lenny pay $14.99 for 12 months the total payment would be: $14.99 x 12 =$179.88
Lenny would have paid an additional amount of $29.92 ($179.88 - 149.96) after making the final payment.
I hope this helps since you did not mention what you were calculating, so I include everything that can be done to this problem.
Answer:
324 cubes.
Step-by-step explanation:
Let n be the number of cubes with edge length 1/12 meter.
We have been given the lengths of edges of a right rectangular prism as meter, meter and meter.
, where,
L = Length of prism,
B = Breadth of prism,
H = Height of prism.
, where a= length of each edge of the cube.
The volume of n cubes with each edge 1/12 will be equal to the volume of rectangular prism.
Upon substituting our given values we will get,
Let us multiply both sides of our equation by 1728.
Therefore, 324 unit cubes can fit inside the given right rectangular prism.
Step-by-step explanation:
First:
(Error/Total )x 100%
(0.49/23) x100%= 2.13%
Second:
(Absolute uncertainty/mean) x100%
(3/44)x100%= 6.81%