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Where do you use square roots in your daily life?
If you are packing items into a box, you can use square roots along with Pythagorean theorem to help determine if a smaller box could work with items packed diagonally.
A box is made in the shape of cube its dimension are of length 8cm what is the lenght oof longest pencil that would fit inside the box?
Use Pythagoras' theorem to find the length of the outer diagonal and then use this as the base for the inner diagonal (the longest length of the cube) 82+82 = 128 and the square root of this is 11.3137085 cm 11.31370852+82 = 192 and the square root of this is 13.85640646 cm The longest pencil is 13.85640646 or just under 14 cm
What is the diagonal of a 10 x 10 box?
A box is a 3-dimensional object and only two measures are given so it is not clear what the question means. Across the base of the box, the diagonal is 10*sqrt(2) = 14.142 approx.
If a box has a height of 56 inches what would the length of the diagonal be?
Since the length and breadth are not given, the length of the diagonal can be anything from the smallest fraction to the largest number of units.
How long is the diagonal of the box whose length width and height are 50cm 50cm and 50cm respectively?
The long diagonal will be sqrt(7500) cm = 86.60 cm (to 2 dp)
If you know that the diagonal of a box is 14cm What are the measurements for the height length and width of the box The box may not be a cube and you have to use the Pythagorean Theorem.?
Let's denote the height, length, and width of the box as h, l, and w respectively. We can use the Pythagorean Theorem, which states that the square of the length of the diagonal equals the sum of the squares of the other two sides. So, for this box, we have ( h^2 + l^2 + w^2 = 14^2 ) and an additional constraint that the box is rectangular, not a cube. Without more information, we cannot uniquely determine the dimensions, but we know that there are infinite possible combinations of h, l, and w that satisfy the given conditions.
Where do you use square roots in your daily life?
If you are packing items into a box, you can use square roots along with Pythagorean theorem to help determine if a smaller box could work with items packed diagonally.
A rectangular box is 3 ft by 4ft by 12 ft What is the distance from a top corner to the opposite bottom corner?
13 ft (hint: use Pythagorean Theorem twice)
If a box is 120 centimeters long and 25 centimeters wide What is the length of the longest ski pole that could be packed to lie flat in the box?
The longest ski pole to fit would lie diagonally. The length of the diagonal can be found by the pythagorean theorem.d=sqrt(1202+252)d ~= 122.58 cm
In badminton where does the serve have to land for it to be legal?
It has to land in the opposite diagonal service box (because you face the opposite diagonal service box when you are serving).
What is the diagonal length of a box 50 X 50?
If it is a 2-D box then 70.71
A box is made in the shape of cube its dimension are of length 8cm what is the lenght oof longest pencil that would fit inside the box?
Use Pythagoras' theorem to find the length of the outer diagonal and then use this as the base for the inner diagonal (the longest length of the cube) 82+82 = 128 and the square root of this is 11.3137085 cm 11.31370852+82 = 192 and the square root of this is 13.85640646 cm The longest pencil is 13.85640646 or just under 14 cm
What is the diagonal of a 10 x 10 box?
A box is a 3-dimensional object and only two measures are given so it is not clear what the question means. Across the base of the box, the diagonal is 10*sqrt(2) = 14.142 approx.
Meaning of out of box solution?
An out of box solution refers to a solution that works straight out of the box. It means that the solution is ready to use and will work as soon as you have it.
How long is the diagonal of a rectangle with the dimentions of 12ft by 4ft by 8ft?
The dimensions given appear to describe a rectangular box, with 3 separate pairs of rectangles: 4X8 -> Diagonal is 8.944 ft 4X12 -> Diagonal is 12.649 ft 8X12 -> Diagonal is 14.422 ft
If a box has a height of 56 inches what would the length of the diagonal be?
Since the length and breadth are not given, the length of the diagonal can be anything from the smallest fraction to the largest number of units.
How long is the diagonal of the box whose length width and height are 50cm 50cm and 50cm respectively?
The long diagonal will be sqrt(7500) cm = 86.60 cm (to 2 dp)
