part 1) Write a generator expression G that produces the sequence of positive integers k in therange 1 < k < 100 such that k is not divisible by 7. Part2) Write a Python function called not_divisible by (d, n) that takes as input two positiveintegers d and n, and returns a generator object producing th: sequence of positive integers k in therange 1 ≤ k < n such that k is not divisible by d 3.Recall that a generator expression is a Python expression of the form(expression for k in iterable if condition )where expression is a Python expression, usually involvir g the variable k, iterable is an iterable objectand condition is a Boolean expression. Such an expressi »n evaluates to a generator object, which is atype of iterator object, that produces the sequence of valu es of expression for each k in iterable (takenin order) satisfying condition.Write a generator expression G that produces the sequence of positive integers k in theа.range 1 < k < 100 such that k is not divisible by 7.Gb.Write a Python function called not_divisible_by (d,n) that takes as input two positiveintegers d and n, and returns a generator object producing th : sequence of posit've integers k in therange 1 < k < n such that k is not divisible by d.def not_divisible_by(d, n):# end not divisible by()

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Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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part 1) Write a generator expression G that produces the sequence of positive integers k in the
range 1 < k < 100 such that k is not divisible by 7.

Part2) Write a Python function called not_divisible by (d, n) that takes as input two positive
integers d and n, and returns a generator object producing th: sequence of positive integers k in the
range 1 ≤ k < n such that k is not divisible by d

3.
Recall that a generator expression is a Python expression of the form
(expression for k in iterable if condition )
where expression is a Python expression, usually involvir g the variable k, iterable is an iterable object
and condition is a Boolean expression. Such an expressi »n evaluates to a generator object, which is a
type of iterator object, that produces the sequence of valu es of expression for each k in iterable (taken
in order) satisfying condition.
Write a generator expression G that produces the sequence of positive integers k in the
а.
range 1 < k < 100 such that k is not divisible by 7.
G
b.
Write a Python function called not_divisible_by (d,n) that takes as input two positive
integers d and n, and returns a generator object producing th : sequence of posit've integers k in the
range 1 < k < n such that k is not divisible by d.
def not_divisible_by(d, n):
# end not divisible by()

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