# IDENTIFYING FUNCTIONS FROM TABLES WORKSHEET

Problem 1 :

Determine whether the relationship given in the table is a function. Problem 2 :

Determine whether the relationship given in the table is a function. Problem 3 :

Determine whether the relationship given in the table is a function. Problem 4 :

Determine whether the relationship given in the table is a function. Problem 5 :

Determine whether the relationship given in the table is a function. Problem 6 :

Determine whether the relationship given in the table is a function. Problem 7 :

Determine whether the relationship given in the table is a function. Problem 8 :

Is it possible for a function to have more than one input value but only one output value ? Provide an illustration to support your answer.  Since each input value is paired with only one output value, the relationship given in the above table is a function. Since 2 is paired with more than one output value (both 20 and 40), the relationship given in the above table is not a function. Since each input value is paired with only one output value, the relationship given in the above table is a function.

Note :

In the above table, b and c have the same output value. However, b has only one output value y and c also has only one output value y. Moreover, no input value has more than one output value. Since each input value is paired with only one output value, the relationship given in the above table is a function. Since the input value 3 is paired with more than one output value, the relationship given in the above table is not a function. According to the rule of the function, there must be an output value for each input value. Since there is no output value for the input value "c", the relationship given in the above table is not a function. Since each input value is paired with only one output value, the relationship given in the above table is a function.

Yes, a function can possibly have more than one input value, but only one output value.

Illustration : In the above table, there are five input values values (1, 2, 3, 4 and 5). But there is only one out put value 6.

According to the rule, each input value must have only one output value and no input value should have more than one output value.

In the above table, input value 1 has only one output value 6. The same has happened to the other input values 2, 3, 4 and 5 also. No input value has more than one out put value.

Hence, the relationship given in the above table is a function.

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