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Its good to learn more about fluid and get good grade...and have a fun learning

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What i think of fluid mechanics is that this subject is anything that is related to water,to study the movement of fluid and hopefully an A for this subject

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hazimah_16001391
I want to know and gain more knowledge about Fluid mechanics. I want an A for this subject !! Pleaseeeee 🙏🏻😢

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I expect to learn properties of fluid, water, sea. And figure out why some natural disaster happened

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Nurain_16004612
What i expect for this class is that i hope i can learn more about civil engineering as the lecturer wants to guide us to be trainee engineer. I am excited to be your trainee engineer heheh 😁🎓

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Mujana Mohamad Shoeb
24365

-Learn more about the flow & forces of fluid and it’s application
-Understand the continuity and other fundamental equation and to be able to apply it in real life.
-Understand clearly the material that’s being taught

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Expectation : A for this course ✌🏻

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Teh Chin Siang_16003207
i hope i can understand the concept of fluid mechanics and i think it would be fun and challenging

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I expect to get a for this course and to study forces and flow within fluid

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aina_16005468
I expect to love this subject, and later can apply in my daily life. I like Dr. Carrol coz she is so into making the class alive ^-^. I aim to study hard for this course, Im a bit slow learner, so I hope myself, my teammate and so Dr Carrol can help me in my study :) Thankyouu💕

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Nurizzati Binti Amirzali
16005033
I expect more fun activities which is active learning from fluid mechanics.

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Fluid mechanics is subject which related to water.i hope i will get to learn and adopt more abt importance and movement of fluid in engineering insdustry.😁

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Muhammad Amin Bin Ahmad Rusli
16004017
What I expect from this subject is i want to be a profesional engineer which is later in the future I can apply what I learn in Fluid Mechanics

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In this course i really hope what i learn, i can use or apply in my daily life. To make this dream come true i need to have a good understanding in this fluid mechanic. Hope Dr Carrol can help me on this🙂

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I want to PASS this subject And totally understand what I learnt not just for the sake of passing the paper.

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I want to understand it really well and get an A for this course😍

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Expect to pass for this subject

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I hope i can understand all the concepts in this subject and excel in this subject.

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17000100

I hope that i will not forget to apply this knowledge after graduate.

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I want fun learning.

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I hope Ican understand this subject

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Fl

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I expect to get an A in this class ✨🅰️

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Nur Syafiqah 'Aqilah binti Sahak (16002377)
I expect that I manage to understand the subject and get to apply in the future.

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My aim is to pass this course with flying colour.

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I would like to know the explanations for many phenomena of our everyday life, such as why atmospheric pressure changes with altitude, why oil is less condense than water and many more about fluids

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Fluid rock

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I expect to understand well about fluid flow and to apply the knowledge in the real field work.

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Teh Chin Siang_16003207
I hope i can understand the concept of fluid mechanics and i think this subject would be fun to learn and challenging.

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I want to know how does this subject going to help me in the future

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Water?

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I hope to gain knowledge and ideas from this course which I can use to my benefit in the future.

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Really had a good time learning about fluid properties in our groups. Hope to have more sessions like that to gain more knowledge.

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I get to know more about types of fluid flows and I enjoy the way the students have to explain the fluid flows to others as it will make the students understand easily.

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I really like the idea of study group and the way the discussion was conducted as it makes students a lot easier to understand the topic rather just listening to lecture without interaction between students.

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The way our group discussions were conducted today really played a vital role in my understanding for our topics today. The group rotation gave all of us a chance to present and explain our given subtopics.

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Get to know types of fluid flow and fluid properties. Really enjoyed learning using the group method and also the benefits that comes with it.

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The group study was really effective and also the way they explain about the type of fluid flow and properties was very understandable.

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I had so much learning this week's lesson. Get to know more details about the classification of fluid flows.
But, I think the learning process is too fast and I cannot catch up with the lesson (I'm a slow learner)

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what is important by learning fluid ( gas and water) in our daily life?

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For this week, the class was so fun. Make me increase my confident level when doing my presentation in front of my friend. :)

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in this particular class we learnt about the 5 different classifications of fluid flows by a very interesting method. The "peer to peer" learning method is effective and ofcourse miss carrol's approach towards teaching is interesting and keeps the class alive

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I learnt about type of fluid flows and fluid properties. It was interesting to have this kind of active learning but i am also looking forward for madam to explain more after the learning process.

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In this class, i had learnt about a few types of fluids flow. The approach of the learning session makes us remember more about the things that we had learned as we have to teach our own group on what we have read

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Now i know that theres types of fluid. It is fun to have the active learning and to dicuss this topic in groups but i do not actually understand it well yet.

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Allif_17000100

Really enjoyed learning by explaining to the group members. And I get to know more about type of fluids💪

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I now able to distinguish between laminar and turbulent flow, viscosity and inviscid region of flow, external and internal flow, compressible and incompressible flow, and constant and steady flow. I also really like the idea of ​​grouping and the type of active learning in class.

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After the class that was conducted on Monday, I am now able to differentiate the differences between the flows that were shown in class.

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Study within the group was a really good idea. And i really enjoyed the active learning concept during the class. I think it will enhance our communication skills.

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After the class conducted on Monday, I am able to understand the classification of fluid flow and the differences in each flow. Moreover, the active learning style in groups were great and understandable.

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Its good to learn the classification of fluids flow using active learning method. The way that has been used can improve my communication skills

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I get  to know more about type of fluid flow and I enjoy it. it gives me a better understanding. the way of the student present make me understand it easily.

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Really learn alot during that session and i think this group session can make us understand more.

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Pressure is a normal force exerted by the force per unit area.

The fluid related to this is a pressure in the pipe, a pressure in the rice cooker, a pressure of perfume and hydraulic pressure.

There is three type of pressure:
i) Absolute pressure
ii) Gage Pressure
iii) Vacuum Pressure

Characteristic of pressure:

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Pressure is a normal force exerted by fluid per unit area, one of the simple application of thiscan be experinced during diving where as the depth increasethe  pressure increases too. We also learnt about the types and characteristics of pressure and it’s application. A really engaging class that forces me to think and apply my knowledge to my real life experience

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The overall definition for pressure is the normal force exerted by a fluid per unit area and there are 3 types of pressure which is the vacuum pressure, absolute and gage pressure.

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Under hydrostatic conditions,the pressure is the same at all points on a horizontal plane in a given fluid regardless of geometry

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Pressure is a normal force exerted by a fluid per unit area.
There are 3 characteristic of pressure. Measurement of pressure

Bouyancy is the upward force exerted by the fluid on a suspending object

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Pressure is force over area.

There are 3 types of pressure :
1. Absolute Pressure
2. Gage Pressure
3. Vacum Pressure

There are 2 measurement for pressure :
1. Barometer
2. Nanometer

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Pressure is a normal force exerted by a fluid per unit area

Pressure
1. Absolute
2. Gauge
3. Vacuum

Characteristics
1. Pressure of fluid is perpendicular to the wall contact with fluid
2. Values of pressure acting at any point is at rest
3. The pressure is equal

Instrument
1. Manometer
2. Banometer

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pressure is a normal force exerted by a fluid per unit area. 3 types of pressure, absolute, Gage and vacuum. many instruments are used to measure pressure, mainly two, barometer and manometer.

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We reflected on Archimedes Principle and Buoyancy force. We learnt about Right moment and overturning moment, the difference between them and we concluded that during offshore structure building we refer to righting moment. We did some exercise as well related to meta-centre and buoyanc, It was easy to understand as Dr Carrol explained it group by group and in simple methods
e

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Equilibrium of floating bodies;

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pressure is a normal force exerted by a fluid per unit area. There are 3 types of pressure, absolute, Gage and vacuum. Instrument that are being used to measure pressure, mainlybarometer and manometer.

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I learnt about Boyle-Charles Law, suface temsion,capillary effect and compressibility. it was fun

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We learn about the concept of bouyancy, the centre of gravity and centre of bouyancy and how it affects the stability and some new terms like metacentric height.

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Understand the Archimedes principle. Understand the stability of submerged and floating bodies

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We can relate the bouyancy law with our daily live which is something float on the water
- bouyancy force=weight
-metacentric height = px/(W*teta)
-metacentric radius = I/V

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Equilibrium of floating bodies;
R and W must be equal and acts in the same straight line.

V= mg/density.g
=m/density

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We learn about equilibrium of a floating body and stability of a submerged and floating bodies. Recall back what we learn in mechanics about moment of inertia

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We learn about equilibrium of a floating body and stability of a submerged and floating bodies. Recall back what we learn in mechanics about moment of inertia

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What we learn today is about the concept of bouyancy and the center of gravity 

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What we learn today is about the concept of bouyancy and the center of gravity 

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I learnt about right moment and overturning in buoyancy force. I can conclude that overturning known as unstable structure whereas right moment known as stable structure.

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Hi, so today we learn about archimedes principles and also how to calculate buyoancy and metacentric.

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The equilibrium depends on the position of the center of gravity and center of buoyancy.

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Today i learn about Archimedes principle state and also how to calculate buoyancy and meta centre

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It depends on the position of center of gravity and center of buoyanc

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allif_17000100

Now I know that equilibrium depends on the position of gravity and buoyancy.

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We learnt abou over turning moment, meta-centre and buoyancy. We also do some exercise regarding these topics.

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We learned about stability where it is influenced by the metacentric height and the centre of buoyancy. We  also studied about flow rate and the conservation of mass.

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Flow rate is influence by either mass or volume.
Total head  is equal to pressure x kinetic energy x potential energy

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We learned about the conservation of mass and the conservation of energy of fluid and how it relates with the flow rate of the fluid.

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NurulAdini_16000649

I knowledge when d is reduced, v increases. Which cause the Q to increase.

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I learnt about bernoulli equation which it about pressure, velocity and height for the flow. Apart from that, i learnt what factor need to be considered for piping design which related to bernoulli.

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I learned about the bernouli equation, conservation of mass, energy loss and conservation energy so, I can apply this concept in my daily life

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I have learned about the conservation of mass and the Bernoulli's equation.

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I have learned about conservation of mass and bernoulli equation.

I have acknowledged about the design of the water distribution system.

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Learnt about bernoulli's equation which is pressure energy + kinetic energy + potential emergy = H

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We learnt about equilibrium of floating bodies which is buoyancy = weigh. It depends on centre of gravity and buoyancy.

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Pressure is a normal force exerted by fluid per unit area.
The characteristics of pressure are:
1. Always act perpendicular perpendicular to wall.
2. Values of the pressure acting at any point of fluid at rest are equal according its direction.
Two instrument used to measure  which are barometer and manometer.

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I learnt about viscosity, kinetic viscosity and also surface tension. In surface tension, the tendency of fluid surface to shrink into minimum surface area are possible. Besides, i learnt about capillary rise.

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Boyle-Charles Law was fascinating as it brought back memories from physics in school. Besides that, capillary effect, surface tension and compressibility  was understood by me.

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We learnt about surface tension, and how capilary height is influenced by surface tension. We also learnt about compressibility.

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Nur Syafiqah 'Aqilah binti Sahak (16002377)
-Pressure is normal force exerted by a fluid per unit area.
- I get to learn about pressure, its characteristics,measurement tools for pressure.
-buoyant force is equal to the weight of displaced fluid