Respuesta :
The answer is B because you can automatically mark out C and D because the first two dimensions can't equal to the last one and A is out because 6 and 8 is greater than 10 so that answer wouldn't be correct either.
Hope this helps :)
Hope this helps :)
The possible dimension for John's triangular garden is 6 feet × 8 feet × 10 feet.
What is triangle inequality theorem?
The triangle inequality theorem, which states that the sum of 2 sides of a triangle must be greater than the third side.
According to the given question.
We have some dimensions
6feet × 8 feet × 10 feet
4 feet × 5 feet × 10 feet
8 feet × 12 feet × 20 feet
6 feet × 6 feet × 12 feet
Now, if we take
First dimension
6 feet × 8 feet × 10 feet
Since, 6+8 >10
Similarly if we take any two sides, we always get sum of the two sides are greater than the third one.
Therefore, by the triangle inequality theorem,6feet × 8 feet × 10 feet this can be the dimension of a triangle.
Second dimension
4 feet × 5 feet × 10 feet
Since, 4 + 5 < 10.
So, according to the triangle inequality theorem, 4 feet × 5 feet × 10 feet this will never be the dimension of any triangle. Because the sum of the two sides is less than the third side.
Third dimensions
8 feet × 12 feet × 20 feet
Since, 8 + 12 = 16<20.
So, according to the triangle inequality theorem, 8feet × 12 feet × 20 feet this will never be the dimension of any triangle. Because, sum of the two sides ( 8 + 12 ) is less than the third side.
Fourth dimension
6 feet × 6 feet × 12 feet
Since, 6 + 6 = 12 but not greater than 12.
Again by the triangle inequality theorem, 6 feet × 6 feet × 12 feet will never be the dimension of any triangle.
Hence, the possible dimension for John's triangular garden is
6 feet × 8 feet × 10 feet.
Find out more information about triangle inequality theorem here:
https://brainly.com/question/1163433
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