About Work force 500
AFSC Form 500-2 Work Control Document Checklist Fill PDF Online Fill out online for free without registration or credit card What Is AFSC Form 500-2?This is a legal form that was released by the U.S. Air Force Systems Command on September 11, 2020 and used country-wide. As of today, no separate filing guidelines for the form are provided by the issuing department.FAQQ: What is AFSC Form 500-2?A: AFSC Form 500-2 is a Work Control Document Checklist.Q: What is the purpose of AFSC Form 500-2?A: The purpose of AFSC Form 500-2 is to provide a checklist for work control documents.Q: Who uses AFSC Form 500-2?A: AFSC Form 500-2 is used by personnel who are responsible for work control.Q: What does AFSC stand for?A: AFSC stands for Air Force Sustainment Center. Form Details:Released on September 11, 2020;The latest available edition released by the U.S. Air Force Systems Command;Easy to use and ready to print;Yours to fill out and keep for your records;Compatible with most PDF-viewing applications;Fill out the form in our online filing application.Download a fillable version of AFSC Form 500-2 by clicking the link below or browse more documents and templates provided by the U.S. Air Force Systems Command. Download AFSC Form 500-2 Work Control Document Checklist
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H = MA × 100% VRd =21..55 = 100% =2155 x 100% = 15 x 4% = 60%Thus, work done by load is 120 J, work done by effort is 200 J, MA is 1.5, VR is 2.5 andh of the machine is 60%.3. A poker (crowbar) is used to lift a load of 1200 N by placing it at a distance of 25 cm from the fulcrum. Calculate the force required to balance the load at 60 cm from the fulcrum.Solution:Here, Load (L) = 1200 N Load distance (Ld) = 25 cm Effort distance (Ed) = 60 cm Effort (E) = ? We have, E x Ed = L x Ld E x 60 = 1200 x 25 E = 1200 × 25 = 3000 = 500 N 60 60Hence, 500 N effort is required to balance the load. THINGS TO KNOW1. The device which is used in our daily life to facilitate our work and make it convenient to do is called a simple machine.2. Simple machines make our work easier by: changing the direction of force, multiplying force, changing the place of effort and accelerating the work.3. Mechanical advantage of a machine is the ratio of load to effort.4. In a balanced condition of a lever, work input = work output.5. Velocity ratio of a machine is the ratio of effort distance to load distance that machine.6. Efficiency of a machine is the ratio of output to input in that machine.44 Modern Graded Science and Environment Book
