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Answers
4³+5⁴
= 64+ 625
= 689
.................
Consider the first one.
We see a square and a triangle at the LHS.
→ No. of sides/vertices of a square is 4.
→ No. of sides/vertices of a triangle is 3.
The sum of nos. of these sides/vertices is 4 + 3 = 7, which is given at the RHS!
Consider the second one.
We see a triangle inscribed in another triangle at the LHS.
We know no. of sides/vertices of a triangle is 3.
If we indicate the no. of sides/vertices of the outer triangle as n, then the no. of sides/vertices of the inner triangle to the nth power will be 3ⁿ = 3³ = 27, which is given at the RHS!
Consider the third one.
We see a triangle inscribed in a square at the LHS.
We know,
→ No. of sides/vertices of a triangle is 3.
→ No. of sides/vertices of a square is 4.
If we indicate the no. of sides/vertices of the square as n, then the no. of sides/vertices of the triangle to the nth power will be 3ⁿ = 3⁴ = 81, which is given at the RHS!
Now, consider the fourth one.
We see a square inscribed in a triangle and a pentagon inscribed in a square at the LHS.
No. of sides/vertices of,
→ a triangle = 3
→ a square = 4
→ a pentagon = 5
If we indicate the no. of sides/vertices of the triangle and the square be m and n respectively, then the sum of nos. of sides/vertices of square to the mth power and pentagon to the nth power will be,
4³ + 5⁴ = 64 + 625 = 689
which should be given at the RHS!