Example of Applying Divisibility Tests

An office manager is organizing a large shipment of supplies into equal groups for different departments. Match each divisor with the correct rule used to determine if the total quantity of supplies is evenly divisible by that factor.

A logistics coordinator needs to determine if a shipment of 1,242 units can be split evenly into 3 separate delivery trucks. According to the divisibility test for 3, what condition must the number 1,242 meet?

A logistics manager is checking if a shipment of 8,412 units can be split into 6 equal loads. According to the divisibility rule for 6, the number 8,412 must be divisible by both 2 and ____.

Inventory Batching and Divisibility

A warehouse supervisor needs to verify if a shipment of 2,112 units can be split into 6 equal loads for delivery. Arrange the following steps in the correct order to apply the divisibility test for 6.

Applying Divisibility Tests to 5{,}625

Applying Divisibility Tests to 4{,}962

Divisibility Test for $3$

Divisibility Test for $5$

Divisibility Test for $6$

Divisibility Test for $10$

A logistics coordinator is verifying if a total of 1,245 units can be split into 3 equal shipments for distribution. True or False: According to the divisibility test for 3, a number is evenly divisible by 3 if the sum of all its digits is divisible by 3.

Standard Operating Procedure: Divisibility Quick-Checks

Retail Promotion Audit

A logistics coordinator is preparing to group a shipment of 1,345 units into smaller packs of 5. To quickly verify if the shipment can be evenly divided into these packs without any units left over, the coordinator recalls the divisibility test for 5. According to this test, what digits must a number end in to be divisible by 5?

A warehouse supervisor is training a new employee on how to quickly check if a shipment can be divided into two equal delivery loads. To determine if a total count of 846 units is divisible by 2, the supervisor explains the divisibility test for 2. According to this test, a number is divisible by 2 if its last digit is one of which following sets of digits?

Divisibility Test for $2$