Today We Learn    Mathematics
The goal of this lesson is solving maths problems by applying what you learned at school. (If you still remember it)
I give you an example. The remainder you solve by yourself. I give you 3 digits and a result and you must put all the signs necessary to restore the equality. 2  2  2  =  6 + + Easy! Isn't this? It is the same  for the remainder.
1 1 1  =  6 2 2 2  =  6 3 3 3  =  6 4 4 4  =  6 5 5 5  =  6 6 6 6  =  6 7 7 7  =  6 8 8 8  =  6 9 9 9  =  6
What, did You solve some? … Not, N°2 : it was the example, which I showed   you presently . ¿ Another? Ah… N°6. Very difficult !!! 6  6  6  =  6 + - EINSTEIN!!!!!
¿ And the others? ?  Do you want assistance? Ah, not, I forgot you are intelligent. I think that you solved the 3th , 3 3 3  =  6 x - Perhaps the 5 th. With a little chance the 7th . 5 5 5  =  6 / + 7 7 7  =  6 - / + Still not? Ok. We are here for that!  - (7/7) = -1.  And thus  7 - 1 = 6
9 9 9  =  6 Now let we see those which are a little more complicated. The  4th. 4 4  4  =  6 + + The  9th. x - The  8th. 8 8 8  =  6 + + 3 3 3 No Good ? Ahhh!!! That’s another thing !.
On this, I finish today’s class Ah, not… It’s ;true… It remains to solve the first one. 1  1  1  =  6 Well I give you a track, but I must acknowledge this one is muscular... + + No ? ! You are not gifted in Maths, eh !! Still not? FACTORIAL :   the factorial of a number is obtained by multiplying all the formers up to 1.   It is symbolised by the exclamation point. 1+1+1 = 3 3x2x1 = Dunce’s cap!
Good, Considering your performances, the next course will treat the art of walking while chewing chewing-gum. . Kindly: TH E   P R O F .

Math6

  • 1.
    Today We Learn Mathematics
  • 2.
    The goal ofthis lesson is solving maths problems by applying what you learned at school. (If you still remember it)
  • 3.
    I give youan example. The remainder you solve by yourself. I give you 3 digits and a result and you must put all the signs necessary to restore the equality. 2 2 2 = 6 + + Easy! Isn't this? It is the same for the remainder.
  • 4.
    1 1 1 = 6 2 2 2 = 6 3 3 3 = 6 4 4 4 = 6 5 5 5 = 6 6 6 6 = 6 7 7 7 = 6 8 8 8 = 6 9 9 9 = 6
  • 5.
    What, did Yousolve some? … Not, N°2 : it was the example, which I showed you presently . ¿ Another? Ah… N°6. Very difficult !!! 6 6 6 = 6 + - EINSTEIN!!!!!
  • 6.
    ¿ And theothers? ? Do you want assistance? Ah, not, I forgot you are intelligent. I think that you solved the 3th , 3 3 3 = 6 x - Perhaps the 5 th. With a little chance the 7th . 5 5 5 = 6 / + 7 7 7 = 6 - / + Still not? Ok. We are here for that! - (7/7) = -1. And thus 7 - 1 = 6
  • 7.
    9 9 9 = 6 Now let we see those which are a little more complicated. The 4th. 4 4 4 = 6 + + The 9th. x - The 8th. 8 8 8 = 6 + + 3 3 3 No Good ? Ahhh!!! That’s another thing !.
  • 8.
    On this, Ifinish today’s class Ah, not… It’s ;true… It remains to solve the first one. 1 1 1 = 6 Well I give you a track, but I must acknowledge this one is muscular... + + No ? ! You are not gifted in Maths, eh !! Still not? FACTORIAL : the factorial of a number is obtained by multiplying all the formers up to 1. It is symbolised by the exclamation point. 1+1+1 = 3 3x2x1 = Dunce’s cap!
  • 9.
    Good, Considering yourperformances, the next course will treat the art of walking while chewing chewing-gum. . Kindly: TH E P R O F .