New Notes
Complete Math1700 notes of the full course
- Class notes
- • 19 pages •
Complete Math1700 notes of the full course
Complete Math1700 notes of the full course
- Class notes
- • 14 pages •
Complete Math1700 notes of the full course
Complete Math1700 notes of the full course
- Package deal
- Class notes
- • 15 pages •
Complete Math1700 notes of the full course
Complete Math1700 notes of the full course
- Package deal
- Class notes
- • 22 pages •
Complete Math1700 notes of the full course
Complete Math1700 notes of the full course
- Package deal
- Class notes
- • 19 pages •
Complete Math1700 notes of the full course
thorough explination of the part of the tripod, including how to use it and the parts.
- Class notes
- • 1 pages •
thorough explination of the part of the tripod, including how to use it and the parts.
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 10 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 7 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 9 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 11 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 8 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 11 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 11 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
- Exam (elaborations)
- • 8 pages •
All ENG1450 - Introduction to electrical and computer engineering – All Labs – University of Mantioba Engineering
All ENG1450 Labs
- Exam (elaborations)
- • 6 pages •
All ENG1450 Labs
All ENG1450 (Introduction to Electrical and Computer Engineering Complete Labs) Labs.
- Exam (elaborations)
- • 7 pages •
All ENG1450 (Introduction to Electrical and Computer Engineering Complete Labs) Labs.
It is a practice test that students can use before their unit test. It includes many different aspects of radicals, and begins at a developing level and challenges students up to an extending level. it includes a answer key as well
- Book review
- • 4 pages •
It is a practice test that students can use before their unit test. It includes many different aspects of radicals, and begins at a developing level and challenges students up to an extending level. it includes a answer key as well
This document introduces polynomial and power functions, categorizing them by degree from linear (1) to quintic (5). It outlines the general forms of each type, emphasizing how polynomial functions change based on their degree and the leading coefficient's sign. For each degree—linear, quadratic, cubic, and quartic—it includes the function's classification, graph behavior, domain (possible x-values), and range (possible y-values). Linear and cubic functions have unrestricted domains an...
- Class notes
- • 3 pages •
This document introduces polynomial and power functions, categorizing them by degree from linear (1) to quintic (5). It outlines the general forms of each type, emphasizing how polynomial functions change based on their degree and the leading coefficient's sign. For each degree—linear, quadratic, cubic, and quartic—it includes the function's classification, graph behavior, domain (possible x-values), and range (possible y-values). Linear and cubic functions have unrestricted domains an...
This document summarizes the necessary basics to learning French such as; the pronunciation, grammar rules, basic vocabulary, the present tense, the past tense, the future tense, numbers and common phrases.
- Class notes
- • 21 pages •
This document summarizes the necessary basics to learning French such as; the pronunciation, grammar rules, basic vocabulary, the present tense, the past tense, the future tense, numbers and common phrases.
Comprehensive notes covering key concepts and techniques from my Data Analytics course, including SQL, Tableau, R, Google Sheets, and Excel. These notes highlight practical applications in data analysis, insights on data visualization, statistical analysis, and key takeaways from my Google Data Analysis Professional Certificate. Ideal for fellow learners looking to deepen their understanding and enhance their analytical skills.
- Other
- • 73 pages •
Comprehensive notes covering key concepts and techniques from my Data Analytics course, including SQL, Tableau, R, Google Sheets, and Excel. These notes highlight practical applications in data analysis, insights on data visualization, statistical analysis, and key takeaways from my Google Data Analysis Professional Certificate. Ideal for fellow learners looking to deepen their understanding and enhance their analytical skills.
PADI Open Water - Being a Diver I 
 
Ans: b. 18 metres/60 feet 
As a newly certified PADI Open Water Diver, I will be trained to dive with a buddy as deep as __________. 
a. 10 metres/30 feet 
b. 18 metres/60 feet 
c. 30 metres/100 feet 
d. 40 metres/130 feet 
a. true 
Certain medical conditions can be hazardous while diving, so it is important to answer all questions on the Medical Statement honestly and completely. 
a. true 
b. false 
a. meet specific performance requirements 
PADI courses are...
- Package deal
- Exam (elaborations)
- • 21 pages •
PADI Open Water - Being a Diver I 
 
Ans: b. 18 metres/60 feet 
As a newly certified PADI Open Water Diver, I will be trained to dive with a buddy as deep as __________. 
a. 10 metres/30 feet 
b. 18 metres/60 feet 
c. 30 metres/100 feet 
d. 40 metres/130 feet 
a. true 
Certain medical conditions can be hazardous while diving, so it is important to answer all questions on the Medical Statement honestly and completely. 
a. true 
b. false 
a. meet specific performance requirements 
PADI courses are...
PADI Open Water Diver Final Exam 2024 
As you descend in water the pressure 
increases 
A depth change of 10 meters/33 feet causes a pressure change of 
2 bar/ata 
if you take 6 liters of air from the surface to 20 metres/66 feet, the volume will be 
2 liters 
The density of the air at 20 meters/66 feet would be _______ the density at the surface of 
three times 
A balloon fully inflated and sealed at 10 meters/33 feet, would probably ________ during ascent to the surface. 
expand/burst 
As I de...
- Package deal
- Exam (elaborations)
- • 35 pages •
PADI Open Water Diver Final Exam 2024 
As you descend in water the pressure 
increases 
A depth change of 10 meters/33 feet causes a pressure change of 
2 bar/ata 
if you take 6 liters of air from the surface to 20 metres/66 feet, the volume will be 
2 liters 
The density of the air at 20 meters/66 feet would be _______ the density at the surface of 
three times 
A balloon fully inflated and sealed at 10 meters/33 feet, would probably ________ during ascent to the surface. 
expand/burst 
As I de...
PADI Open Water Diver Final Exam 
As a newly certified PADI Open Water Diver, I will be trained to dive with buddy as deep as 
18 metres/60 feet 
As you descend in water, the pressure 
increases 
A depth change of 10 metres/33 feet causes a pressure change of 
1 bar/ata (atmosphere) 
if you take 6 liters of air from the surface to 20 metres/66 feet, the volume will be 
2 litres (the density of the air would be three times the density at the surface) 
A balloon fully inflated and sealed at 10 met...
- Package deal
- Exam (elaborations)
- • 15 pages •
PADI Open Water Diver Final Exam 
As a newly certified PADI Open Water Diver, I will be trained to dive with buddy as deep as 
18 metres/60 feet 
As you descend in water, the pressure 
increases 
A depth change of 10 metres/33 feet causes a pressure change of 
1 bar/ata (atmosphere) 
if you take 6 liters of air from the surface to 20 metres/66 feet, the volume will be 
2 litres (the density of the air would be three times the density at the surface) 
A balloon fully inflated and sealed at 10 met...
PADI Open Water Diver Certification 
SCUBA 
Self contained underwater breathing apparatus 
What is the pressure change for each 10m/33ft of depth change? 
1 bar/1 ata/1 atmosphere 
What is the relationship between my depth in water and the pressure? 
The deeper you go in water, the more the pressure increases 
Pressure is expressed as the weight of air 
What is the relationship between pressure, and the volume and the density of air? 
As pressure increases, the gas volume decreases and the gas d...
- Package deal
- Exam (elaborations)
- • 23 pages •
PADI Open Water Diver Certification 
SCUBA 
Self contained underwater breathing apparatus 
What is the pressure change for each 10m/33ft of depth change? 
1 bar/1 ata/1 atmosphere 
What is the relationship between my depth in water and the pressure? 
The deeper you go in water, the more the pressure increases 
Pressure is expressed as the weight of air 
What is the relationship between pressure, and the volume and the density of air? 
As pressure increases, the gas volume decreases and the gas d...
PADI Open Water Exam Study Guide 
When is an object positively buoyant? 
When it displaces a volume of water weighing more than its own weight. 
When is an object negatively buoyant? 
When it displaces a volume of water weighing less than its own weight. 
When is an object neutrally buoyant? 
When it displaces a volume of water weighing the same as its own weight. 
Why two pieces of equipment do you use to control your buoyancy? 
BCD, Lead weight 
What does buoyancy help with when you are underw...
- Package deal
- Exam (elaborations)
- • 17 pages •
PADI Open Water Exam Study Guide 
When is an object positively buoyant? 
When it displaces a volume of water weighing more than its own weight. 
When is an object negatively buoyant? 
When it displaces a volume of water weighing less than its own weight. 
When is an object neutrally buoyant? 
When it displaces a volume of water weighing the same as its own weight. 
Why two pieces of equipment do you use to control your buoyancy? 
BCD, Lead weight 
What does buoyancy help with when you are underw...