Solving the problem involves doing the final calculations.When you arrive at an answer, your last step is to reflect on it. For example, if your problem involves calculating the acceleration of a car and you arrive at 1000 m/s isn't a realistic acceleration for a car.This part of the problem-solving process involves choosing an approach to the problem in terms of content. Many times multiple equations will be required, which means you'll need to plug one into the other.
Sentences in physics problems are packed with a lot of information.
You read each word in the sentence carefully, and pause when you get a new piece of information to write it down. It should be a simple sketch where objects such as cars or people are represented as dots or boxes.
This way, if you make a mistake, it is easier to find it.
Sifting through numbers is much more difficult for finding mistakes.
The substitution stage involves plugging in the given values and coming to an answer.
The solve stage is where the answer is evaluated to determine if the answer is realistic. We have over 200 college courses that prepare you to earn credit by exam that is accepted by over 1,500 colleges and universities.As a member, you'll also get unlimited access to over 79,000 lessons in math, English, science, history, and more.Plus, get practice tests, quizzes, and personalized coaching to help you succeed.Staying organized and on track is very important to solve any problem correctly and efficiently.The acronym GUESS stands for: and is an effective method for approaching any physics question.Drawing a sketch can also help you identify information involved in the scenario that isn't explicitly expressed in the problem, such as the acceleration due to gravity.In a space separate from the given or in the sketch itself, write down what you are looking for with a question mark after it.Physics problems are generally those dreaded word problems.You can't read a physics problem like you would read a newspaper article or a novel.Unfortunately, mistakes do happen when solving physics problems, and it requires you to go back to the beginning to find the mistake. Let's work a sample problem where we implement the GUESS method to solve it.Here's our prompt: A person drops a rock from rest from a 115 m high bridge.