Q$1$ Implement the six functions defined in the code editor.

check$\_$equal$($x$,$ y$)$ should return whether x is equal to y$.$

check$\_$not$\_$equal$($x$,$ y$)$ should return whether x is not equal to y$.$

check$\_$less$\_$than$($x$,$ y$)$ should return whether x is less than y$.$

check$\_$greater$\_$than$($x$,$ y$)$ should return whether x is greater than y$.$

check$\_$less$\_$than$\_$or$\_$equal$($x$,$ y$)$ should return whether x is less than or equal to y$.$

check$\_$greater$\_$than$\_$or$\_$equal$($x$,$ y$)$ should return whether x is greater than or equal to y$.$

You may assume your functions will only receive integers as input.

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Q$2$ Implement the is$\_$balance$\_$low$($balance$)$ function.

If the balance is less than or equal to $100,$ it should

print "Warning: Low balance.". Otherwise, it should not print anything.

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Q$3$ Implement the pay$\_$bill$($balance$,$ bill$)$function$.$

It accepts two parameters, balance and bill, where

balance is the current account balance and bill is

the amount of the bill that needs to be paid.

If the balance is greater than or equal to the bill,

the function should return the new balance after

subtracting the bill from the balance. Otherwise,

the function should return the balance without making any changes.

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Q$4$ Implement the get$\_$min$($a$,$ b function in the code editor.

It should return the minimum of a and b$.$ If they are equal,

it doesn't matter which value you return.

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Q$5$ Using if$,$ elif and else, implement

the function called check$\_$range$($num$).$

If num is less than $0,$ return the string "negative".

If num is $0$ return the string "zero".

If num is greater than $0$ and less than $10,$ return the string "positive single digit".

If num is greater than or equal to $10,$ return the string "positive multi digit".

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Q$6$ Implement the discount$\_$applies$($age$)$ function.

It accepts an integer age and should return True

if the age is less than $18,$ or the age is greater

than or equal to $65.$ Otherwise, it should return False.

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Q$7$ Implement the function is$\_$truthy$()$ that returns "Truthy"

if the value is truthy, and returns "Falsy" if the value is falsy.

The parameter value can be any type of value.

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