As per the colour code a red colour indicates
Fire prevention
Safety colour codes are used in various environments, like industrial settings, laboratories, and public buildings, to quickly communicate potential hazards, safety instructions, or the location of safety equipment. Different colours are assigned specific meanings to ensure that people can understand important information at a glance.
In many standard safety colour code systems, the colour red is primarily associated with:
Based on common safety colour code standards, red is strongly linked to fire safety and the prohibition of unsafe actions in dangerous areas.
Let's look at the given options in the context of typical safety colour codes:
Comparing the standard meanings of these colours with the options, it is clear that red colour, as per common safety colour codes, indicates aspects related to fire prevention and fire fighting equipment.
Based on established safety colour coding systems, the red colour is consistently used to denote fire-related safety measures and equipment. Therefore, among the given options, 'Fire prevention' is the meaning indicated by the colour red.
A transportation problem with m origins and n destinations becomes a trans-shipment problem with
Customers arrive at a reception counter at an average interval rate of 10 minutes and the receptionist takes an average of 6 minutes for one customer. The average queue length is:
Match List I with List II
List I | List II | ||
A. | Markovian property | I. | Rule of determining the order in which members of the queue are selected to begin service |
B. | Waiting time in system | II. | The time of next arrival is completely uninfluenced by when the last arrival occurred |
C. | Steady state condition | III. | The queueing is in after operating for some time with a fixed utilisation factor less than one |
D. | Queue discipline | IV. | Elapsed time that an individual customer spends in queue, both before service and during service |
Choose the correct answer from the options given below:
In Queuing Theory, statistical pattern by which customers arrive over a period of time, follows
Arrange the operations in production planning and control in correct sequence :
(i) Routing
(ii) Dispatching
(iii) Follow up
(iv) Scheduling
Choose the correct answer from the code given below: