Hey! try this u will hv a good shot aabb=x^2 where is a positive integer where ais not equal to be nor both equal to 0 and aabb is 4 digit number like 2244 or 5566
@harrymatabaal8448 1 is not a prime number and neither the addition nor subtraction of 65 and 1 will give the answer! The one who set this question used 65 deliberately because it has the product of two prime numbers as factos; else no other numbers will give the desired result. Notice that you need the addition of two numbers to give the higher prime. That is, 13 (as seen in the solution). Also, you need the subtraction of two numbers to give the lower prime, that is 5 (as seen in the solution). No other factors satisfy the equation apart from 5 and 13!! Hope this helps. Thank you.
@harrymatabaal8448 1 is not a prime number and neither the addition nor subtraction of 65 and 1 will give the answer! The one who set this question used 65 deliberately because it has the product of two prime numbers as factos; else no other numbers will give the desired result. Notice that you need the addition of two numbers to give the higher prime. That is, 13 (as seen in the solution). Also, you need the subtraction of two numbers to give the lower prime, that is 5 (as seen in the solution). No other factors satisfy the equation apart from 5 and 13!! Hope this helps. Thank you.
Keep it up ok nice
You are ‘perfect’. ! Thank you so much; I find your teaching fascinating.
Am glad you do. U are welcome
Well done.
Thanks so much.
U are welcome
Nice and beautiful presentation by the beautiful lady
3^4=65+2^4 x=4 final answer
Come teach Maths in Jamaica?
9-b = 5, b =4. Simple
SHOW!!!!
This is manakanakku 4
X=4
✅✅
Hey! try this u will hv a good shot
aabb=x^2 where is a positive integer
where ais not equal to be nor both equal to 0 and aabb is 4 digit number like 2244 or 5566
Why not 65 = 1×65
@harrymatabaal8448
1 is not a prime number and neither the addition nor subtraction of 65 and 1 will give the answer!
The one who set this question used 65 deliberately because it has the product of two prime numbers as factos; else no other numbers will give the desired result.
Notice that you need the addition of two numbers to give the higher prime. That is, 13 (as seen in the solution).
Also, you need the subtraction of two numbers to give the lower prime, that is 5 (as seen in the solution).
No other factors satisfy the equation apart from 5 and 13!! Hope this helps.
Thank you.
@harrymatabaal8448
1 is not a prime number and neither the addition nor subtraction of 65 and 1 will give the answer!
The one who set this question used 65 deliberately because it has the product of two prime numbers as factos; else no other numbers will give the desired result.
Notice that you need the addition of two numbers to give the higher prime. That is, 13 (as seen in the solution).
Also, you need the subtraction of two numbers to give the lower prime, that is 5 (as seen in the solution).
No other factors satisfy the equation apart from 5 and 13!! Hope this helps.
Thank you.
@@okpalukuwilson9492 thanks. You are doing a great job. I always like to be a critical thinker