An operating system contains a total of three user processes, and each of these processes utilises a total of two units of the resource R. The minimum amount of R units that must be used to prevent any deadlocks from occurring is
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- An operating system contains 3 user processes each requiring 2 units of resource R .The minimum number of units of R such that no deadlocks will ever arise isAn operating system uses a total of two units of the resource R for each of its three user processes. The operating system uses a total of 12 units of R. The absolute minimum number of R units that must be used to guarantee that there are no deadlocks isAn operating system comprises three user processes, and each of these processes consumes two units of the resource R. The minimal number of R units that must be employed in order to avoid deadlocks is
- An operating system has a total of three user processes, and each of these processes uses a total of two units of the resource R. The total number of units that R is used up by the operating system is twelve. The absolute minimal number of R units that must be used to eliminate the possibility of any deadlocks happening isAn operating system has 3 user processes running in a set, each requiring 2 units of resource R. The minimum number of units of R such that no deadlocks will ever arise is:An operating system has three user processes, each of which uses two units of resource R. The smallest number of R units required to ensure that no deadlocks occur is
- An operating system contains 3 user processes, each process requiring 2 units of the resource R. The minimum number of units ofR required such that there is no possibility of deadlock on R is A 6 B 3 С 5 D 4For each of its three user processes, an operating system uses a total of two units of the resource R. A total of 12 units of R are used by the operating system. To ensure that there are no deadlocks, the bare minimum number of R units that must be used isTwo units of resource R are used by both of the multiple user processes that comprise an operating system. The operating system consumes twelve R instances altogether. The absolute required amount of R subunits that must be used to prevent deadlocks is
- Three user processes make up an operating system, and each of these processes uses a total of two units of the resource R. The bare minimum number of R units that must be employed to avoid any deadlocks isEach of the three user processes that make up an operating system utilizes a total of two units of the resource R. Twelve units of R are used overall by the operating system. To ensure that there are no deadlocks, the bare minimum number of R units that must be employed isThere are a total of three user processes in an operating system, and each of these processes utilizes a total of two units of the resource R. The operating system consumes a total of twelve units of R, making this the total amount of units that are used up. The very bare minimum amount of R units that must be used in order to do away with the potential of any deadlocks occurring is