correction in question
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correction in question
just posted a question to be solved its 1st box is all medduled up so no for that ones are as follows and we have to use it as a guide to do those questions.
36 16 3
1 12 144
48 9 4
36 16 3
1 12 144
48 9 4
correction in question
first answer/grid is
28 49 2
1 14 196
98 4 7
working through the second one, will give the explaination after that.
28 49 2
1 14 196
98 4 7
working through the second one, will give the explaination after that.
hi it's me again, who posted this question
yeah these are the answers my son has worked out and has taken to show to his teacher. i think i confused him by saying that we can't use same number again i.e. 4& 16. well i am happy he has worked out right answers by himself (what about me; BLUSH he is going to kill me over this matter now). anyways any clue for the question no.2 please, is it yes or no? i would like to thank all of you for response.
yeah these are the answers my son has worked out and has taken to show to his teacher. i think i confused him by saying that we can't use same number again i.e. 4& 16. well i am happy he has worked out right answers by himself (what about me; BLUSH he is going to kill me over this matter now). anyways any clue for the question no.2 please, is it yes or no? i would like to thank all of you for response.
mum's reply wrote:the second one is:
32 4 4
1 8 64
16 16 2
did u get the logic? or I need to explain it?
thanx
hi it's me again, who posted this question
yeah these are the answers my son has worked out and has taken to show to his teacher. i think i confused him by saying that we can't use same number again i.e. 4& 16. well i am happy he has worked out right answers by himself (what about me; BLUSH he is going to kill me over this matter now). anyways any clue for the question no.2 please, is it yes or no? i would like to thank all of you for response.
yeah these are the answers my son has worked out and has taken to show to his teacher. i think i confused him by saying that we can't use same number again i.e. 4& 16. well i am happy he has worked out right answers by himself (what about me; BLUSH he is going to kill me over this matter now). anyways any clue for the question no.2 please, is it yes or no? i would like to thank all of you for response.
mum's reply wrote:the second one is:
32 4 4
1 8 64
16 16 2
did u get the logic? or I need to explain it?
thanx
hi it's me again, who posted this question
yeah these are the answers my son has worked out and has taken to show to his teacher. i think i confused him by saying that we can't use same number again i.e. 4& 16. well i am happy he has worked out right answers by himself (what about me; BLUSH he is going to kill me over this matter now). anyways any clue for the question no.2 please, is it yes or no? i would like to thank all of you for response.
yeah these are the answers my son has worked out and has taken to show to his teacher. i think i confused him by saying that we can't use same number again i.e. 4& 16. well i am happy he has worked out right answers by himself (what about me; BLUSH he is going to kill me over this matter now). anyways any clue for the question no.2 please, is it yes or no? i would like to thank all of you for response.
mum's reply wrote:the second one is:
32 4 4
1 8 64
16 16 2
did u get the logic? or I need to explain it?
I think the answers you need to give are these:
1) In a product magic square the 3 numbers along each vertical, horizontal and diagonal when multiplied together give you the multiplication or product magic constant. This is 1728 for the first square, 2744 for the second and 512 for the last.
2) No, you don't need to know the product magic constant to produce the square because you can use the ratio method which I have given on the other discussion thread.
1) In a product magic square the 3 numbers along each vertical, horizontal and diagonal when multiplied together give you the multiplication or product magic constant. This is 1728 for the first square, 2744 for the second and 512 for the last.
2) No, you don't need to know the product magic constant to produce the square because you can use the ratio method which I have given on the other discussion thread.
thanks deary
jah wrote:I think the answers you need to give are these:
1) In a product magic square the 3 numbers along each vertical, horizontal and diagonal when multiplied together give you the multiplication or product magic constant. This is 1728 for the first square, 2744 for the second and 512 for the last.
2) No, you don't need to know the product magic constant to produce the square because you can use the ratio method which I have given on the other discussion thread.