Given:
The figure of triangle ABC.
The area of the triangle ABC is D.
To find:
The value of m and n in the given expression.
Solution:
Let h be the height of the triangle ABC.
Area of a triangle is:
Where, b is the base and h is the height of the triangle.
The area of the triangle ABC is D.
...(i)
In a right angle triangle,
[Using (i)]
...(ii)
We have,
...(iii)
On comparing (ii) and (iii), we get
Therefore, the required values are 
.
Answer:
Mutually exclusive
Step-by-step explanation:
Answer:
1=S
2=T
3=U
4=V
5=W
6=X
7=Y
8=Z
Step-by-step explanation:
I learned about coordinate planes so this will help, sorry if its wrong
Knowing that a square gives the optimum area;
120=s²
√120=s
√2×2×2×5×3=s
2√2×3×5=s
2√30=s
Therefore, the length should be ≈10.95"
Hope I helped :)
The four is in the hundredths place.
Right one to the decimal goes: tenths, hundredths, thousands, etc.
