To analyze the statements about 6×2, 7x, and 10, we should evaluate their numerical significance and relationships.
Firstly, calculating the values:
- 6×2 = 12
- 7x = 7 times some value x
- 10 = 10
From this, we can see that:
- If x = 1, then 7x = 7.
- If x = 2, then 7x = 14.
This shows a variable component in 7x, which means its value can change based on the scenario. But comparing fixed numbers, we find that regardless of the value of x, the only static numbers are 6×2 (12) and 10 (10).
Thus, one concrete true statement amongst the three terms is: 6×2 is greater than 10 when x = 2. This holds true for the confined situation but can vary based on ‘x’ in the context of 7x.
So, generally, when making broad statements, we can identify specific scenarios where relations change based on the variable x.