ty A Newtons laws centripetal reference frames.pdf - Adobe Acrobat Pro DC (32-bit)文件(F) 编辑(E) 视图(V) 签名(S) 窗口(W) 帮助(H)主页工具Newtons laws centr.. x1 /3133%搜索工具2. In the following diagram, mass 1 is 31.5kg and mass 2 is 25.5kg, and is full of 0.500kg创建 PDFblocks of metal. The angle alpha is 33°. Mass 1 and mass 2 are connected by aninflexible cable which passes over a frictionless pulley. The coefficient of kinetic friction合并文件between m1 and the inclined surface is 0.11. The coefficient of static friction between编辑 PDFm1 and the inclined surface is 0.21. The masses have just been released from rest and[特色have begun to move.园请求签名a) Determine the acceleration of the massesa填写和签名b) How many blocks of metal would you need to remove from the bucket to prevent themasses from moving when they are released?2 EH PDF即组织页面发送以供注释注释扫描和 OCRm2保护る更多工具您的当前计划是 Creative Cloud

(a) acceleration(a) of the masses. (b) No. of blocks required to remove from the bucket to prevent…

2. In the following diagram, mass 1 is 31.5kg and mass 2 is 25.5kg, and is full of 0.500kg blocks of metal. The angle alpha is 33°. Mass 1 and mass 2 are connected by an inflexible cable which passes over a frictionless pulley. The coefficient of kinetic friction between m1 and the inclined surface is 0.11. The coefficient of static friction between m1 and the inclined surface is 0.21. The masses have just been released from rest and have begun to move. a) Determine the acceleration of the masses b) How many blocks of metal would you need to remove from the bucket to prevent the masses from moving when they are released? m2 a.

2. In the following diagram, mass 1 is 31.5kg and mass 2 is 25.5kg, and is full of 0.500kg blocks of metal. The angle alpha is 33°. Mass 1 and mass 2 are connected by an inflexible cable which passes over a frictionless pulley. The coefficient of kinetic friction between m1 and the inclined surface is 0.11. The coefficient of static friction between m1 and the inclined surface is 0.21. The masses have just been released from rest and have begun to move. a) Determine the acceleration of the masses b) How many blocks of metal would you need to remove from the bucket to prevent the masses from moving when they are released? m2 a.