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How to fill out the Concept Development 9 1 online
The Concept Development 9 1 is an educational form designed to assess understanding of work and energy concepts in physics. This guide provides clear, step-by-step instructions to efficiently fill out the form online.
Follow the steps to complete the Concept Development 9 1 online.
- Press the ‘Get Form’ button to access the form and open it for editing.
- Begin by filling in your name, class, and date at the top of the form. These details help identify your submission.
- Proceed to question 1, which asks how much work is needed to lift a 200 N object to a height of 4 m. Enter your answer in the provided space.
- Continue to question 2, which requires calculating the power needed to lift the same object in 4 seconds. Show your work in the designated area.
- For question 3, analyze the power output of an engine doing 60,000 J of work in 10 seconds. Enter your results accordingly.
- In question 4, part a addresses the mechanical advantage of an incline—review your knowledge of concepts of force and leverage to provide an accurate answer.
- For part b of question 4, calculate the force needed to push the block of ice up the incline, ignoring friction, and fill in the necessary fields.
- Question 5 involves determining the speed of the block at ground level for three cases based on conservation of energy. Methodically fill out each case with your calculations.
- Discuss question 6 with peers about which block reaches the bottom of the incline first and provide an explanation based on physics principles.
- Complete the remaining questions as per your understanding of energy conservation principles until all sections of the form are filled.
- After finishing all questions, review your entries for accuracy. You have options to save changes, download, print, or share your completed form.
Start working on your Concept Development 9 1 form online today!
(Mass) (Weight) is a measure of the amount of matter in an object and only depends on the number and kind of atoms that compose it. It can correctly be said that (mass) (weight) is a measure of “laziness” of an object. (Mass) (Weight) is related to the gravitational force acting on the object.
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