Spinner Probability, Old

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a 1?

P(1)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a 2?

P(2)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a 3?

P(3)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a 4?

P(4)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a 5?

P(5)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a value greater than 1?

P(x>1)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a value greater than 2?

P(x>2)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a value greater than 3?

P(x>3)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a value greater than 4?

P(x>4)=

Mathematical Equivalence

ON

This spinner is divided into 8 equal sections.

What is the probability of the spinner arrow stopping at a value less than 5?

P(x<5)=

Mathematical Equivalence

ON