Question about Ubi Soft Catz 5 (Windows) (680901) for PC

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Posted on Jan 02, 2017

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I don't think you can do it! Could you check your numbers.

If we are using the numbers 1-9 once and only once in a 3x3 magic square, the sum of the rows + the sum of the columns should be 90, since 1+2+3+4+5+6+7+8+9 in the rows adds up to 45 and 1+2+3+4+5+6+7+8+9 in the columns adds up to 45.

When trying to solve, the magic number seem to be the sums 24 and 10. To get 24, the only three numbers that add to 24 are 7 + 8 +9. Similarly to get 10, the lowest numbers re 1 and 2 and the smallest big number to use is 7. I then ran out of number trying to get 21, 13 and 15 sums.

Good luck,

Paul

If we are using the numbers 1-9 once and only once in a 3x3 magic square, the sum of the rows + the sum of the columns should be 90, since 1+2+3+4+5+6+7+8+9 in the rows adds up to 45 and 1+2+3+4+5+6+7+8+9 in the columns adds up to 45.

When trying to solve, the magic number seem to be the sums 24 and 10. To get 24, the only three numbers that add to 24 are 7 + 8 +9. Similarly to get 10, the lowest numbers re 1 and 2 and the smallest big number to use is 7. I then ran out of number trying to get 21, 13 and 15 sums.

Good luck,

Paul

May 21, 2015 | Office Equipment & Supplies

[3, 10, 16], [4, 5, 18], [5, 12, 14], and [10, 11, 12] all work. Of course, there are an infinite number of numbers that are the sum of three squares.

Aug 22, 2012 | Office Equipment & Supplies

1. Square of a sum

2. Square of a difference

3. Difference of square (also called product of sum and difference)

4. Cube of a sum

5. Cube of a difference

6. Difference of cube

7. Sum of cube

For more information about each type click this link.

2. Square of a difference

3. Difference of square (also called product of sum and difference)

4. Cube of a sum

5. Cube of a difference

6. Difference of cube

7. Sum of cube

For more information about each type click this link.

Sep 04, 2011 | Computers & Internet

20
1105
1991891221
510644794
3
0
421330820
4
65
1941554117
2147483645
801125
1000582589
27625
1048039120
1022907856
2147483646
1041493518
1096354453
1740798996
71825

Jan 08, 2011 | Starrett 50118 14d Complete Double Square

There are no such pair of numbers. The problem has no solution.

Sep 21, 2010 | Garden

From Joe-Bob's handy-dandy reference:

(wikiedia...)

Normal magic squares exist for all orders*n* ≥ 1 except *n* = 2, although the case *n* = 1 is trivial—it consists of a single cell containing the number 1

The constant sum in every row, column and diagonal is called the magic constant or magic sum,*M*. The magic constant of a normal magic square depends only on *n* and has the value

For normal magic squares of order*n* = 3, 4, 5, …, the magic constants are:

15, 34, 65, 111, 175, 260, …

(wikiedia...)

Normal magic squares exist for all orders

The constant sum in every row, column and diagonal is called the magic constant or magic sum,

For normal magic squares of order

15, 34, 65, 111, 175, 260, …

Feb 23, 2009 | Computers & Internet

Write down the number in cells for Example:

A1 (59) Without Brackets

A2 (50)

A3 (80)

A5 ? ANY Number

A6 ? ANY Number

A7 ? ANY Number

A8 =SUM(A1:A7) you will get total sum of above numbers on this A8 Cell which is auto sum whenever you change the value on above cell.

A1 (59) Without Brackets

A2 (50)

A3 (80)

A5 ? ANY Number

A6 ? ANY Number

A7 ? ANY Number

A8 =SUM(A1:A7) you will get total sum of above numbers on this A8 Cell which is auto sum whenever you change the value on above cell.

Feb 22, 2009 | Microsoft Computers & Internet

take a no. = X

the no. X is 5 greter than another no.

hence another no. is X-5

sum of the squares = smaller no.

[(X*X)]+[(X-5)(X-5)] = X-5

solve this and u will get the desired answer.

THNKS FOR ASKING.ASK SOME MORE QUESTIONS.

the no. X is 5 greter than another no.

hence another no. is X-5

sum of the squares = smaller no.

[(X*X)]+[(X-5)(X-5)] = X-5

solve this and u will get the desired answer.

THNKS FOR ASKING.ASK SOME MORE QUESTIONS.

Nov 08, 2008 | Wise Solutions Wise Installation System 9...

The formula for A1 is: =SUM(B4,B5)

A2 is: =SUM(C4,C5)

A3 is: =SUM(A1:A2)

To test this, put 25 in cell B4, 25 in cell B5, then 30 in cell C4, and 30 in cell C5.....the result in cell A3 is 110.

Hope this helps.

A2 is: =SUM(C4,C5)

A3 is: =SUM(A1:A2)

To test this, put 25 in cell B4, 25 in cell B5, then 30 in cell C4, and 30 in cell C5.....the result in cell A3 is 110.

Hope this helps.

Mar 07, 2008 | Microsoft Excel for PC

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