Answer:
Number of games Grangers won = 12
Step-by-step explanation:
Given:
Number of ponits = [Number of games won]3 + number of games drawn
Grangers have = 42 points
Number of game drawn = 6 games
Find:
Number of games Grangers won
Computation:
Number of ponits = [Number of games won]3 + number of games drawn
42 = [Number of games won][3] + 6
36 = [Number of games won][3}
[Number of games won] = 12
Number of games Grangers won = 12
Answer:
6
Step-by-step explanation:
la respuesta es una imagen de arriba
mi explicación también está en la imagen de arriba
llama mi atención si no entiendes
She is incorrect because x^2 can still be factored.
This is my answer/how I did it :
y+5x=17 can also be 5x+y=17
5x+y=17
-y -y
5x=17-y
+17 +17
5x+17=y (answer)
Answer:
One convergence criteria that is useful here is that, if aₙ is the n-th term of this sequence, then we must have:
Iaₙ₊₁I < IaₙI
This means that the absolute value of the terms must decrease as n increases.
Then we must have:

We can write this as:

If we assume that n is a really big number, then:
n + 1 ≈ 1
And we can write:

Then we have the inequality

And remember that this must be in absolute value, then we will have that:
-1 < (x - 2)/3 < 1
-3 < x - 2 < 3
-3 + 2 < x < 3 + 2
-1 < x < 5
The first option looks like this, but it uses the symbols ≤≥, so it is not the same as this, then the correct option will be the second.