# data[].attributes.headline
Ship Dimension and Capacities - Calculations

# data[].attributes.subject
Ship Dimension and Capacities - Calculations

# data[].attributes.body
These questions are for your practice. Please attempt the calculations and we will discuss at the next lesson.

# data[].attributes.body
This video should give you an overview of why ship sweat and cargo sweat occur. What are the precautions to take? Remember the 4 steps for each situation we discussed in class just now.
What is the $$ implication of the cargo damage caused by ship sweat and cargo sweat?
https://youtu.be/W8x3z9jlpSI

# data[].attributes.body
https://maritime-connector.com/wiki/panamax/

# data[].attributes.body
By understanding the Marine Cargo categories, you should be able to relate to the type of ships that carry these cargoes. Make a note under these categories which type of vessels are suitable to carry them.

# data[].attributes.body
Bulk carriers can be either "geared"(with cranes) or "gearless" (without cranes)

# data[].attributes.headline
How are vessels primarily engaged in shipping business?

# data[].attributes.subject
How are vessels primarily engaged in shipping business?

# data[].attributes.body
Liner shipping service and Tramp shipping service
Reference: https://edugeneral.org/blog/business/liner-tramp-shipping/

# data[].attributes.body
1) Container ship https://youtu.be/kj7ixi2lqF4
2) Bulk Carrier    (a) https://youtu.be/FVrE6hLmq-c
(b) https://youtu.be/BFKyIbXgIuY

# data[].attributes.body
In the last class, due to the WIFI disruption in class, we couldn't go through these 2 topics well enough. This weekend, please revise the key points listed below and if you have questions you may post it here. You may also prepare some questions to ask me on next Tuesday's class:
Stress:

1.  Explain the terms associated with stress & strain

2.  List the various types of stresses

3.  Distinguish between longitudinal & transverse stresses

4.  Explain following stresses & their causes:

•hogging sagging

•panting

•pounding

5.  Know Other stresses acting on a ship - racking, water pressure, docking stresses and how are these compensated on the ship?

6.  Six degrees of freedom - mark on the ship's diagram

Static Stability:
A.Define the following terms:

1.  Centre of Gravity (G)

2.  Centre of Buoyancy (B)

3.  Metacentre (M)

4.  Metacentric Height (GM)

5.Righting Lever (GZ)

B.  State the following terms related to equilibrium:

1.  stable

2.  unstable

3.  neutral

C. Distinguish between a stiff and tender ship

The relative positions of the elements below in the transverse section of a ship enable us to predict whether a ship will remain upright or capsize.

G - centre of gravity

B - centre of buoyancy

M - metacentre

# data[].attributes.headline
Six degrees of free movement on the ship

# data[].attributes.subject
Six degrees of free movement on the ship

# data[].attributes.body
This video should help you better understand the topic:
https://youtu.be/aK3G8n53D6A

Pounding and panting
This is what happens to the ship's bow in a storm:
https://youtu.be/LwKXfc_a4Ag
https://youtu.be/OZA6gNeZ5G4

# data[].attributes.body
As discussed last Tuesday 14th Jan, this is the schedule of the make-up class for 28 January 2020: