About to take an exam and I STILL dont understand banked curve questions.

In summary, a banked curve is a sloped curved road or track that allows for higher speeds and safer driving. It is important in physics because it demonstrates principles of centripetal force and circular motion. To solve banked curve questions, one must use equations and principles from physics and consider factors such as friction. Common mistakes in solving banked curve questions include not accounting for all forces and using incorrect equations. To better understand these questions, it is important to review and practice relevant physics concepts and seek help if needed.
  • #1
DLxX
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How would I go about solving this problem?

Determine the minimum angle at which a road should be banked so that a car traveling at 21.5 m/s can safely negotiate the curve if the radius of the curve is 159 m.

If anyone has any sites explaining how to as well I'd appreciate it if you could post a link.
 
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  • #3


First of all, don't panic! It's completely normal to feel nervous or unsure before an exam, especially when it comes to a challenging topic like banked curve questions. The key is to approach the problem calmly and systematically. Here are some steps you can follow to help you solve this problem:

1. Understand the concept of banked curves: Before attempting to solve the specific problem given, make sure you have a solid understanding of what banked curves are and how they work. This will help you better understand the problem and what you need to do to solve it.

2. Draw a diagram: A visual representation of the problem can often help make it easier to understand. Draw a diagram of the curve, including the given information such as the radius and speed of the car.

3. Identify the relevant equations: In this problem, you will need to use the equations for centripetal force and the horizontal component of velocity. Make sure you have these equations and their variables memorized.

4. Set up the equations: Using the information given in the problem and the relevant equations, set up an equation that relates the minimum angle of the banked curve to the other variables.

5. Solve for the unknown: With the equation set up, you should have one unknown variable (the minimum angle). Use algebra to solve for this unknown. Make sure to show your work and clearly label each step.

6. Check your answer: Once you have solved for the minimum angle, check to see if your answer makes sense. Is the angle reasonable given the situation? Does it match your initial understanding of banked curves?

As for resources, there are many online tutorials and practice problems available for banked curves. I would recommend searching for videos or articles from reputable sources such as Khan Academy, Physics Classroom, or HyperPhysics. These sites often have clear explanations and step-by-step examples that can help you better understand the concept and how to solve problems related to it.

Remember, practice makes perfect! Keep working on banked curve problems and don't be afraid to ask for help if you're still struggling. Good luck on your exam!
 

FAQ: About to take an exam and I STILL dont understand banked curve questions.

What is a banked curve?

A banked curve is a type of curved road or track that is sloped at an angle to allow for higher speeds and safer driving.

Why are banked curves important in physics?

Banked curves demonstrate the principles of centripetal force and circular motion, which are important concepts in physics.

How do you solve banked curve questions?

To solve banked curve questions, you will need to use equations and principles from physics, such as Newton's laws of motion and the centripetal force equation. It is also important to understand the concept of friction and how it affects motion on a banked curve.

What are some common mistakes made when solving banked curve questions?

Some common mistakes include not considering all forces acting on the object, using incorrect equations, and not properly accounting for the angle of the banked curve or the coefficient of friction.

How can I better understand banked curve questions?

To better understand banked curve questions, it is important to review and understand the relevant physics concepts and equations. Practice solving different types of banked curve problems and seek help from a teacher or tutor if needed.

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