Toàn bộ công thức vật lý 10 Chính xác và Đầy đủ

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The whole system of 10 physics formulas is extremely necessary to have an overview of the knowledge learned. Understanding that need of students, the following article will help you synthesize relevant formulas in the most complete and accurate way.

1. Synthesis of physical formulas 10 Part 1 – Mechanics

To facilitate the synthesis of 10 physics formulas, we divide the lesson into two parts: mechanics and thermodynamics. First, let’s have the same system of mechanical formulas.

1.1 Formulas in Chapter I – Kinetics of Points

In chapter 1 of particle kinetics, we have 4 important lessons. And inside each lesson there will be many formulas associated with that lesson. Please refer to the important formulas to remember are summarized as follows:

a. Lesson 2: Motion in a straight line

• The formula for calculating speed or average velocity:

• The formula for calculating the velocity in uniform rectilinear motion is:

• Formula to calculate distance traveled:

• The formula for the equation of uniform motion:

b. Lesson 3: Uniformly variable rectilinear motion

• The formula for calculating the acceleration of motion:

• Formula for instantaneous speed:

• The formula for the velocity at a point in time is:

• The formula for calculating the distance of an object is:

• The formula for the relationship between a, v and s :

• The equation of linear motion is uniformly variable:

c. Lesson 4: Free fall

• The formula for calculating the acceleration of a free fall is given:

• The formula for the free fall velocity of an object is:

• The formula for calculating the distance of free fall of an object:

• The formula for calculating the free fall of an object:

• The formula for calculating the speed of a falling object when it hits the ground:

• The formula for calculating the distance in n seconds and in the nth second is:

• The formula to calculate the formula in the last n seconds:

d. Lesson 5: Uniform circular motion

• Formula for uniform circular motion:

• The formula for angular velocity is:

• The formula for calculating the frequency of uniform circular motion is:

• The formula for calculating the magnitude of the centripetal acceleration is:

Some important physical formulas of chapter 1.

=>> In addition to the useful knowledge above, you can see more key knowledge here : =>> Physics 10

1.2 Formulas in Chapter II – Quality Dynamics

Regarding chapter 2, there are 4 important lessons to remember including:

a. Synthesis and analysis of forces

• The formula for calculating two equal forces forming an angle is:

• The formula for calculating two unequal forces forming an angle is:

• Equilibrium condition for a particle:

b. 3 laws of gravitation

• Newton’s 2nd law formula:

• Newton’s 3rd law formula:

c. The laws of motion and universal gravitaion

• The formula for calculating gravity is:

• The formula for the acceleration due to gravity is:

d. Elastic force of spring and Huc’s law

• Huc’s law formula:

• The spring force formula:

1.3 Formula of Friction Force

• The formula for calculating frictional force:

• The formula for calculating the friction force when the object is horizontal:

• The formula for calculating the friction force when the object is horizontal with 1 pulling force:

• The formula for calculating force when an object is acted upon by three forces:

1.4 Formulas of Chapter III – Balance and Motion of Solids

Chapter 3 consists of 2 lessons with the following important formulas:

• Equilibrium formula for a rigid body when acted upon by two non-parallel forces:

• Equilibrium formula for a solid when subjected to three non-parallel forces:

• Equilibrium formula:

• The formula for calculating the sum of the parallel forces in the same direction:

1.5 Formulas of Chapter IV – Laws of Conservation

Chapter 5 has 5 lessons with formulas to remember:

• Formula for calculating impulse and impulse of force:

• The formula for momentum and the law of conservation of momentum:

• Formula for calculating work and power:

• Formula for kinetic energy:

• The formula for calculating potential energy includes gravitational potential energy and elastic potential energy:

• Formula for mechanical energy:

You can refer to more physics formulas in 10th physics textbook.

=>> See more articles: The system of 10th semester physics formulas to remember

2. Physical Formulas 10 Part 2 – Thermodynamics

Next to the mechanical part, we have the same system of physical formulas with 10 parts of thermodynamics. In the thermodynamics section, the lessons are also shorter and the formulas are less compared to the mechanical chapter above with the following 3 important chapters:

2.1 Formula V – Gases

Regarding the gas chapter, we only have 1 lesson with 3 important formulas to remember below:

• Formula of Boyle’s law – maria – iod (isothermal process):

• The formula for Charles-Law’s law (isothermal process):

• The formula for the ideal gas equation of state is:

2.2 Chapter VI formula – Fundamentals of thermodynamics

In the basic chapter of thermodynamics, all the 10 physics formulas of this chapter belong to 2 lessons with the following important formulas:

• The formula for calculating the calorific value of the heat transfer process is:

• Formula for calculating work done:

• Pressure unit conversions to remember:

• First law of thermodynamics formula:

• Sign conventions to remember:

2.3 Formulas chapter VII – Solids and liquids. Transformation

Regarding the solids and liquids chapter as well as the transformation, there are 3 important lessons with the formulas to remember as follows:

• The formula for elastic exchange rate strain:

• The formula for elastic strain stress:

• The formula for calculating Huc’s law for mechanical deformation of a rigid body is:

• Formula for calculating elastic force:

• The formula for calculating the expansion of a solid is:

• The formula for calculating the mass expansion of a solid is:

• The formula for calculating the volumetric expansion of a solid is:

• The formula for the change in density of a solid is:

• The formula for calculating the surface tension of a liquid is:

• The formula for calculating the total surface tension of a liquid is:

• The formula to calculate the sum of the outer and inner circumference of a ring:

• The formula for calculating the tension coefficient of the liquid surface:

Some of the other formulas are related to the solids and liquids chapter and the transitions.

3. Conclusion

The synthesis of 10th physics formulas is very important for the students. Because this synthesis will help you have the most comprehensive and summary view of the important formulas. Besides, the knowledge system also helps students to look up and review quickly. In order to support you in the process of reviewing and performing related exercises more effectively, the above article is the perfect solution, your companion in your learning process.

Above is the summary of the most accurate and complete 10 physical formulas that we want to send to you. Hopefully, the above information will help you have a better overview of all the knowledge in the school year. Besides, support you to apply the knowledge in related exercises as quickly as possible.

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