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Vehicle Routing Schedule - Absolute-Beginner Level: core concept mastery Vehicle Routing Schedule ABSOLUTE BEGINNER

This skill primer 🌟 worksheet focuses on Vehicle Routing Schedule - a key topic in Scheduling. You'll solve 20 absolute-beginner-level problems (Worksheet 1 of 10). The primary focus is on core concept mastery. Master vehicle routing schedule problems, vehicle routing schedule reasoning questions, and vehicle routing schedule practice through systematic practice.

📝 Worksheet 1 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Absolute Beginner level

What you'll learn in this worksheet:
Your progress through Vehicle Routing Schedule
Worksheet 1 of 10 (0% complete)

Question 1

A delivery company has vehicles with capacity 12 units. Customer demands: - C1: 8 units - C2: 5 units - C3: 8 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 21
2. Vehicle capacity: 12
3. Minimum vehicles: ⌈21 ÷ 12⌉ = 2

Answer: 2 vehicles

Question 2

A delivery company has vehicles with capacity 15 units. Customer demands: - C1: 8 units - C2: 5 units - C3: 6 units - C4: 5 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 24
2. Vehicle capacity: 15
3. Minimum vehicles: ⌈24 ÷ 15⌉ = 2

Answer: 2 vehicles

Question 3

A delivery company has vehicles with capacity 13 units. Customer demands: - C1: 7 units - C2: 3 units - C3: 6 units - C4: 3 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 19
2. Vehicle capacity: 13
3. Minimum vehicles: ⌈19 ÷ 13⌉ = 2

Answer: 2 vehicles

Question 4

A delivery company has vehicles with capacity 15 units. Customer demands: - C1: 8 units - C2: 8 units - C3: 8 units - C4: 8 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 32
2. Vehicle capacity: 15
3. Minimum vehicles: ⌈32 ÷ 15⌉ = 3

Answer: 3 vehicles

Question 5

A delivery company has vehicles with capacity 20 units. Customer demands: - C1: 3 units - C2: 5 units - C3: 3 units - C4: 8 units - C5: 6 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 25
2. Vehicle capacity: 20
3. Minimum vehicles: ⌈25 ÷ 20⌉ = 2

Answer: 2 vehicles

Question 6

A delivery company has vehicles with capacity 12 units. Customer demands: - C1: 8 units - C2: 8 units - C3: 3 units - C4: 6 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 25
2. Vehicle capacity: 12
3. Minimum vehicles: ⌈25 ÷ 12⌉ = 3

Answer: 3 vehicles

Question 7

A delivery company has vehicles with capacity 10 units. Customer demands: - C1: 3 units - C2: 3 units - C3: 4 units - C4: 4 units - C5: 6 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 20
2. Vehicle capacity: 10
3. Minimum vehicles: ⌈20 ÷ 10⌉ = 2

Answer: 2 vehicles

Question 8

A delivery company has vehicles with capacity 11 units. Customer demands: - C1: 8 units - C2: 3 units - C3: 5 units - C4: 7 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 23
2. Vehicle capacity: 11
3. Minimum vehicles: ⌈23 ÷ 11⌉ = 3

Answer: 3 vehicles

Question 9

A delivery company has vehicles with capacity 17 units. Customer demands: - C1: 7 units - C2: 4 units - C3: 4 units - C4: 5 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 20
2. Vehicle capacity: 17
3. Minimum vehicles: ⌈20 ÷ 17⌉ = 2

Answer: 2 vehicles

Question 10

A delivery company has vehicles with capacity 13 units. Customer demands: - C1: 6 units - C2: 5 units - C3: 3 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 14
2. Vehicle capacity: 13
3. Minimum vehicles: ⌈14 ÷ 13⌉ = 2

Answer: 2 vehicles

Question 11

A delivery company has vehicles with capacity 13 units. Customer demands: - C1: 8 units - C2: 5 units - C3: 8 units - C4: 6 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 27
2. Vehicle capacity: 13
3. Minimum vehicles: ⌈27 ÷ 13⌉ = 3

Answer: 3 vehicles

Question 12

A delivery company has vehicles with capacity 13 units. Customer demands: - C1: 8 units - C2: 5 units - C3: 3 units - C4: 8 units - C5: 5 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 29
2. Vehicle capacity: 13
3. Minimum vehicles: ⌈29 ÷ 13⌉ = 3

Answer: 3 vehicles

Question 13

A delivery company has vehicles with capacity 11 units. Customer demands: - C1: 7 units - C2: 8 units - C3: 8 units - C4: 4 units - C5: 3 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 30
2. Vehicle capacity: 11
3. Minimum vehicles: ⌈30 ÷ 11⌉ = 3

Answer: 3 vehicles

Question 14

A delivery company has vehicles with capacity 15 units. Customer demands: - C1: 3 units - C2: 8 units - C3: 7 units - C4: 6 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 24
2. Vehicle capacity: 15
3. Minimum vehicles: ⌈24 ÷ 15⌉ = 2

Answer: 2 vehicles

Question 15

A delivery company has vehicles with capacity 17 units. Customer demands: - C1: 7 units - C2: 8 units - C3: 8 units - C4: 6 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 29
2. Vehicle capacity: 17
3. Minimum vehicles: ⌈29 ÷ 17⌉ = 2

Answer: 2 vehicles

Question 16

A delivery company has vehicles with capacity 10 units. Customer demands: - C1: 6 units - C2: 6 units - C3: 7 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 19
2. Vehicle capacity: 10
3. Minimum vehicles: ⌈19 ÷ 10⌉ = 2

Answer: 2 vehicles

Question 17

A delivery company has vehicles with capacity 16 units. Customer demands: - C1: 3 units - C2: 5 units - C3: 7 units - C4: 7 units - C5: 3 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 25
2. Vehicle capacity: 16
3. Minimum vehicles: ⌈25 ÷ 16⌉ = 2

Answer: 2 vehicles

Question 18

A delivery company has vehicles with capacity 15 units. Customer demands: - C1: 5 units - C2: 4 units - C3: 6 units - C4: 7 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 22
2. Vehicle capacity: 15
3. Minimum vehicles: ⌈22 ÷ 15⌉ = 2

Answer: 2 vehicles

Question 19

A delivery company has vehicles with capacity 10 units. Customer demands: - C1: 4 units - C2: 3 units - C3: 6 units - C4: 5 units - C5: 8 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 26
2. Vehicle capacity: 10
3. Minimum vehicles: ⌈26 ÷ 10⌉ = 3

Answer: 3 vehicles

Question 20

A delivery company has vehicles with capacity 13 units. Customer demands: - C1: 4 units - C2: 8 units - C3: 8 units - C4: 7 units - C5: 4 units What is the minimum number of vehicles needed to serve all customers?
Step-by-step solution:

1. Total demand: 31
2. Vehicle capacity: 13
3. Minimum vehicles: ⌈31 ÷ 13⌉ = 3

Answer: 3 vehicles
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