Alim Exam 2024 4th Weak Assignment Physic 1st Paper

Siam Shihab January 5, 2024

Student friends participating in HSC and Alim exams of 2024, 4th week assignment physics of HSC, Alim class has been prepared for you. This answer will help you to get the highest marks in the assigned work of HSC and Alim 4th Week Assignment Physics 1st Paper.

Assignment activities have been introduced to bring students fully involved in learning activities and under continuous assessment on the basis of reorganized syllabus as per the instructions of the Ministry of Education as normal educational activities are hampered due to ongoing Covid 19 overcrowding. In this context, it is requested to take necessary steps to ensure proper compliance with the hygienic rules declared by the government in case of Kovid 19 infection.

Student friends participating in the HSC and Alim examinations of 2024, I have come to you with the selected sample answers of the 4th week assignment physics of HSC, Alim class. By reading this article, you will be able to solve the HSC exam 2024 4th week physics assignment.

Alim Exam 2024 4th Weak Assignment Physic 1st Paper

Assignment activities have been introduced to bring students fully involved in learning activities and under continuous assessment on the basis of reorganized syllabus as per the instructions of the Ministry of Education as normal educational activities are hampered due to ongoing Covid 19 overcrowding. Assignment activities for Bengali, Physics, Politics and Good Governance, Economics, Logic, Accounting and Food and Nutrition for the 4th week according to the grid. July 19, 2024 AD. Will start from Saturday.

In this context, it is requested to take necessary steps to ensure proper observance of the hygienic rules declared by the government in case of Kovid 19 infection.

HSC-Physics-1536x1166
Class: Twelfth, Division: Science, Subject: Physics 1st Paper, Assignment No-3

Assignment: Let’s think about the problem of Assignment 1 again. The mass of 1.5 kg is now kept in a state of rotation at the same speed. The coefficient of friction is the same as before 0.2;

(A) Write Newton’s equation for a mass of 1.5 kg rotating in symmetry.
(B) What is the work as a result of 1.5 kg mass being in equilibrium?
(C) If the mass of 2 kg is to be kept at a constant level, what is the diameter of the mass of 1.5 kg?
(D) If due to friction 1.5 kg mass is reduced,
So draw a qualitative graph of velocity vs. time of mass 2 kg?

Learning Outcome / Content: Can use Newton’s law of motion.

Direction (signal / step / circumference): Newtonian mechanics;

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