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Students often find it hard to solve intricate Physics questions. In this blog, you will get optimum** **__assignment help__ as you will get to know how to** **tackle every problem.

**Focus on the problem**

Make a mental representation of the situation that is as clear as possible.

Draw a useful graphic to help you visualize the scenario and happenings.

Determine which physics concepts and methodologies would be beneficial in arriving at a solution.

Clearly express the question to be answered in terms you can compute in your own words.

Nearly every physics question tests a specific piece of information. When you read the question, consider whether it is about electricity, or torque. What is a parabolic motion? Each topic has its own set of equations and techniques.

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**Dissect it**

Fine-tune and quantify your mental picture of the issue.

Create any relevant diagrams using coordinate systems that are compatible with your selected techniques.

For any numbers that are relevant to the circumstance, name and define consistent and distinctive symbols. Maintaining consistency now will help you prevent difficulties later.

Determine the target quantities that will help you answer the issue.

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**Check which formula is applicable**

What equations contain both the quantities you already know and the ones you're seeking for? Start with F=ma (Newton's second law) if you know an object's mass and a force and need to calculate its acceleration. If you just have the charge and the distance, use E=q/(4πε*r2) to determine the electric field.

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**Plan a solution**

Transform the ideas into numbers.

Develop particular equations to quantify the physics principles and restrictions stated in your strategy.

Draw out a strategy that leads either backward from the target quantities to known quantities or forwards from known quantities to target quantities.

**A Bonus Trick: Hacking of Units**

This method does not always work, but it can help your brain get going. Determine the units of the amount you're looking for as well as the quantities you already have. Use just base units (metres, kilograms, seconds, and charge) rather than compound units. Multiply and divide the amounts until the units match the response quantity's units. If you know the height (m), mass (kg), and gravitational acceleration (m/s2) and want to determine Potential Energy (kg*m2/s2), multiply the three numbers (m*kg*m/s2=kg*m2/s2).

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