Question

# Given five noncollinear points, make a conjecture about the number of ways to connect different pairs of points.

Number of connections for 3 noncollinear points = 3

Number of connections for 4 noncollinear points = 6

Next from the figure, we get number of connections for 5 noncollinear points = 10

So the sequence is 3, 6, 10

Hint:

### Try joining the non collinear points.

## The correct answer is: So the sequence is 3, 6, 10

### Complete step by step solution:

Number of connections for 3 noncollinear points = 3

Number of connections for 4 noncollinear points = 6

Next from the figure, we get number of connections for 5 noncollinear points = 10

So the sequence is 3, 6, 10

### Related Questions to study

### Blooms Level : Understanding

Meri analyzes the data collected to determine how long after posting a new blog her new home page received its maximum number of new views. Her data is presented in the table. How can she determine whether there is relationship between the time after posting and the number of new views.

NUMBER OF VIEWS ON HOME PAGE :

### Blooms Level : Understanding

Meri analyzes the data collected to determine how long after posting a new blog her new home page received its maximum number of new views. Her data is presented in the table. How can she determine whether there is relationship between the time after posting and the number of new views.

NUMBER OF VIEWS ON HOME PAGE :

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