There are three forces in common, which are 10N, 6N and 5N. What are the reasonable maximum and minimum values?

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• 1. The range of resultant force of three common point forces, 5N, 6N, 9N & nbsp; acting on a plane, is______ ．
• 2. Three forces F1 = 3N, F2 = 5N, F3 = 6N, when their angle changes, what is the change range of their resultant force? Under what circumstances is the resultant force the smallest?
• 3. Try to find the range of resultant force of three common point forces F1 = 3N, F2 = 5N, F3 = 9N
• 4. There are three common forces acting on the same object to make the object at rest. If F1 = 5N, F2 = 5N and F3 = 3N are known, then the resultant force of F1 and F2 is equal to______ N. The resultant of the three forces is equal to_____ N. If F1 is removed, the resultant force of the remaining two forces is equal to______ N. Direction and force________ The direction of________ . It's on the line,
• 5. There are three forces in common, which are 2n, 7n and 8N. What are the maximum and minimum of their resultant forces
• 6. When three forces act on an object, their sizes are 7n, 8N and 9N respectively. What is the resultant force? The answer is a 0n B 7n C 15N D 25N If you know, please write down the answers and reasoning! How can three or more forces determine the value range of resultant force?
• 7. There are three forces of 4N, 9N and 11n, the angle between them can be changed, and the maximum value of their resultant force is______ N. The minimum is______ N．
• 8. Three common forces of 4N, 7n and 9N act on an object. A. may be 20n, B. may be 5N C cannot be less than 4N D. cannot be less than 2n
• 9. The bottom edge of a triangular prism is an equilateral triangle with a side length of 5cm, and the side edge length is 10cm
• 10. The maximum value of F (x) = cos (2arccosx) + 4sin (arcsinx / 2)
• 11. If the three forces are 4N, 6N and 9N, what are the maximum and minimum of their resultant forces?
• 12. There are three forces, F1 = 6N, F2 = 8N, F3 = 12n. The directions of F1 and F2 are vertical, and the direction of F3 can be changed arbitrarily. What is the maximum and minimum of the resultant force of these three forces?
• 13. Under the action of two mutually perpendicular forces F1 = 6N and F2 = 8N, the object moves 10m along the direction of their resultant force 1. How much work does the force F1 and F2 do to the object? 2. How much work does their resultant force do to the object?
• 14. A vertical downward 8N force is decomposed into two forces, one of which is horizontal in direction and 6N in magnitude, and the other is horizontal in magnitude
• 15. Given the magnitude of a force 30n, decompose the force into two components. What are the magnitude of these two forces? A 10N, 10N B 20n, 40n C 200N, 200N D 700n, 720n multi topic selection which? Helper analysis That's how to calculate it? How to analyze 720-700, how to get 30
• 16. Can a 2n force be decomposed into 6N and 3N components
• 17. Three forces: 3N, 4N and 5N
• 18. The magnitude of the two forces are 3N and 5N, respectively Can the resultant force be 3N or 5N
• 19. If the three forces are 5N, 3N and 7n respectively, the maximum of their resultant force is?
• 20. If there are three common forces of 3N, 5N and 6N, then their resultant force () A. It may be zero. B. it may not be zero. C. the resultant force must be in the direction of 6N. D. the resultant force must be opposite to the direction of 3N