SSCP1143 (05) 2024/2025 by fariza hanim suhailin

Welcome everyone!

fhanim4 — 2024-10-17 02:11:16 UTC

I am Ts Dr Fariza Hanim Suhailin and I will guide you through this course.

2024-10-20 13:45:19 UTC

Do you guys join any clubs?

lingjiyong041010 — 2024-10-26 09:06:54 UTC

I have join robocon utm to learn something about robots, electronics, and programming,that was hard for me but i think it could help me a lot.

fhanim4 — 2024-10-27 06:12:14 UTC

What is the first and second steps in solving a question in Mechanics subject especially in Chapter 2 and Chapter 3?

Projectile motion

2024-11-03 01:27:52 UTC

So i found this website where it simulates the motion when an object is thrown from a certain height, angle and speed.

Anything to highlight in Chapter 4?

fhanim4 — 2024-11-03 06:14:10 UTC

Balancing Bird🐦

jz040708 — 2024-11-03 06:21:05 UTC

It's kind of a visual trick.

Most of the weights in the tips of both wings, and the rest of the body is hollow plastic. They balance that so that there's the same weight in front of the beak as there is behind it. If you look at it from the side, you'll notice that the beak is not at the front, it's significantly behind the wings. The wings and body are also curved slightly downward, so the center of gravity right below the beak, which is the most stable balancing situation you can have.

2024-11-05 17:34:20 UTC

Hehehehe

KINEMATIC MOTION IN TWO DIMENSION

9yb9jhpfj4 — 2024-11-05 23:43:52 UTC

for projectile motion, does the x-component and y-component independent to each other? describe your answer.

Type of forces that we learned so far? Chapter 4-5.

fhanim4 — 2024-11-13 06:13:59 UTC

Can the normal force on an object ever do work? Explain.

2024-11-15 09:18:18 UTC

Work and Kinetic Energy

nazrielezzahney — 2024-11-15 09:25:02 UTC

found this notes, hope it's help in understanding chapter 6, it got lots of explanation on how to derive the formulae, also got some interesting example, share u guys thoughts on it

Rock go BOOM

amirimransyed — 2024-11-17 06:10:53 UTC

An explosion breaks a rock into three parts in a horizontal plane. Two of them go off at right angles to each other. The first part of mass 1 kg moves with a speed of

12ms−1

and the second part of mass 2kg moves with speed

8ms−1

. If the third part flies off with speed

4ms−1

then its mass is?

Group assignment, write your name in group and the tittle (week 13)

fhanim4 — 2024-11-17 07:51:19 UTC

nazrielezzahney — 2024-11-19 07:05:49 UTC

An athlete of mass 80 kg starts from rest and sprints until his speed is 10 m/s. He then takes off for a high jump and clears the bar with his center of mass (the point where his weight is assumed to be concentrated) at a height of 2.2 m. How much work has he done up to the moment when he clears the bar?

2024-12-04 07:05:34 UTC

What are the applications of the law of conservation of linear momentum?

Why can momentum be conserved when energy can not be conserved?

2024-12-08 06:09:35 UTC

Why every f1 driver can go through this corner easily?

2024-12-08 06:15:52 UTC

What type of energy does a roller coaster have at the highest point of the ride? try to explain

2024-12-11 02:51:04 UTC

2024-12-15 06:17:03 UTC

Rotational Inertia and Torque

2024-12-18 03:18:39 UTC

Hi!! Since we have covered the topic of rotational motion, I found this simulation that demonstrates how a circular object rotates under constant torque to help us better understand it.

• Choose an object type (e.g., sphere or cylinder).

• Adjust its mass, radius, and the force applied using sliders.

• Press Start to see the rotation and view the torque and angular acceleration.

• Press Reset to restart.

About torque

2024-12-29 01:51:33 UTC

Hope it is useful

Law of universal gravitation

fhanim4 — 2024-12-29 04:56:37 UTC

Shell theorem

GRAVITY🪐

nurafifahat — 2025-01-01 02:50:09 UTC

what you understand about newton's law of universal gravitation and state the importance of this law.

I also include a YouTube video that can help you to understand more about this law incase you dont understand the concept of this law.

Blow a Paper 🌬️💨💨📃

ayufarisha1805 — 2025-01-15 01:28:30 UTC

Today we gonna dive into new chapter of fluid mechanics and we gonna learn about Bernoulli’s principles. Have you guys done any experiments of this principle? If not, then let’s try to do a simple one. All you need is a piece of paper and please hold it as in the picture above align horizontally in front of your mouth. After that, blow the paper!

So, which direction does it go? And what can you observe from this experiment? Please leave your thought at the comment box!<3

this is the simulation for buoyancy

2025-01-16 06:19:25 UTC

ANSWER!

alyanarudy — 2025-01-16 06:50:56 UTC

Why does a large ship made of steel float, but a small rock made of the same material sinks?