What Do You Know About Magic Hypercubes?
In the field of mathematics, magic hypercubes are k-dimensional conceptions of magic squares, magic cubes, and magic tesseracts that increase their dimensions. Now, let's see what you know about magic hypercubes by taking this short, intelligent quiz.
- 1.
![Which of the following is denoted as the magic constant in magic hypercubes? - ProProfs]( "Which of the following is denoted as the magic constant in magic hypercubes?")
Which of the following is denoted as the magic constant in magic hypercubes?- A.
Mk(n)+2
- B.
Mk(n)+1
- C.
Mk(n)
- D.
Mk(n)-1
- 2.
![Out of all the theorems used in hypercube, who proved the one below?
'A p-dimensional magic hypercube of order n exists if and only if p > 1 and n is different from 2 or p = 1.' - ProProfs]( "Out of all the theorems used in hypercube, who proved the one below?
'A p-dimensional magic hypercube of order n exists if and only if p > 1 and n is different from 2 or p = 1.'")
Out of all the theorems used in hypercube, who proved the one below? 'A p-dimensional magic hypercube of order n exists if and only if p > 1 and n is different from 2 or p = 1.'- A.
Marian Trenkler
- B.
John Hendricks
- C.
James Stoner
- D.
Kathleen Ollerenshaw
- 3.
![What is the directions within the hypercube called? - ProProfs]( "What is the directions within the hypercube called?")
What is the directions within the hypercube called?- A.
Pathfinders
- B.
Digit changing
- C.
Reflection
- D.
Aspect
- 4.
![What is the formula of Aspectical variants? - ProProfs]( "What is the formula of Aspectical variants?")
What is the formula of Aspectical variants?- A.
NH~R perm(0..n+2); R = ∑n-1 ((reflect(k)) ? 2k : 0) ; perm(0..n-1) a permutation of 0..n-1
- B.
NH~R perm(0..n+1); R = ∑n-1 ((reflect(k)) ? 2k : 0) ; perm(0..n-1) a permutation of 0..n-1
- C.
NH~R perm(0..n-1); R = ∑n-1 ((reflect(k)) ? 2k : 0) ; perm(0..n-1) a permutation of 0..n-1
- D.
NH~R perm(0..n-2); R = ∑n-1 ((reflect(k)) ? 2k : 0) ; perm(0..n-1) a permutation of 0..n-1
- 5.
![What is described as the change of [i] into [perm(i)] alongside the given "axial"-direction? - ProProfs]( "What is described as the change of [i] into [perm(i)] alongside the given \"axial\"-direction?")
What is described as the change of [i] into [perm(i)] alongside the given "axial"-direction?- A.
Monogonal permutation
- B.
Digitchanging
- C.
Component permutation
- D.
KnightJump construction
- 6.
![Which formula denotes the Latin prescription construction—modular equations? - ProProfs]( "Which formula denotes the Latin prescription construction—modular equations?")
Which formula denotes the Latin prescription construction—modular equations?- A.
LP = ( ∑n-2 LP x + LP ) % m
- B.
LP = ( ∑n+2 LP x + LP ) % m
- C.
LP = ( ∑n+1 LP x + LP ) % m
- D.
LP = ( ∑n-1 LP x + LP ) % m
- 7.
![Which procedure makes use of the isomorphism of every hypercube that changes the hypercube? - ProProfs]( "Which procedure makes use of the isomorphism of every hypercube that changes the hypercube?")
Which procedure makes use of the isomorphism of every hypercube that changes the hypercube?- A.
Dynamic numbering
- B.
Monogonal permutation
- C.
Digitchanging
- D.
Pathfinders
- 8.
![Who proved the theorem that 'a p-dimensional magic hypercube of order n exists if and only if p > 1 and n is different from 2 or p = 1'? - ProProfs]( "Who proved the theorem that 'a p-dimensional magic hypercube of order n exists if and only if p > 1 and n is different from 2 or p = 1'?")
Who proved the theorem that 'a p-dimensional magic hypercube of order n exists if and only if p > 1 and n is different from 2 or p = 1'?- A.
C. Planck
- B.
Marian Trenkler
- C.
Samuel Walker
- D.
J. R. Hendricks
- 9.
![Which procedure is used when calculating the sum for p-multimagic hypercubes? - ProProfs]( "Which procedure is used when calculating the sum for p-multimagic hypercubes?")
Which procedure is used when calculating the sum for p-multimagic hypercubes?- A.
Faulhaber's formula and divide it by mn-1
- B.
Faulhaber's formula and divide it by mn-2
- C.
Faulhaber's formula and divide it by mn+1
- D.
Faulhaber's formula and divide it by mn+2
- 10.
![Which of the following is a variation of magic hypercubes? - ProProfs]( "Which of the following is a variation of magic hypercubes?")
Which of the following is a variation of magic hypercubes?- A.
Faulhaber magic hypercubes
- B.
Nasik magic hypercubes
- C.
Marian magic hypercubes
- D.
Planck magic hypercubes
![What is described as the change of [i] into [perm(i)] alongside the given "axial"-direction? - ProProfs](https://media.proprofs.com/images/QM/user_images/2284644/1526323515.png "What is described as the change of [i] into [perm(i)] alongside the given \"axial\"-direction?")
Questions: 12 | Attempts: 5563658 | Last updated: Jun 15, 2021
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