We are given that six machines, each working at the same constant rate, together can complete a certain job in 12 days. Since rate = work/time and if we ...
Six machines each working at same constant rate together can complete a certain job in 12 days. How many additional machines, each working at ...
This is a custom result inserted after the second result.
Six machines, each working at the same constant rate, together can complete a certain job ...
Six machines, each working at the same constant rate, together can complete a certain job in 12 days. How many additional machines, each working ...
Six machines, each working at the same constant rate, together can complete a certain job in 12 days. How many additional machines, each working ...
We know that 6 machines can complete the job in 12 days. This means that in one day, the work done by these 6 machines is 1/12th of the job.
Therefore, the total work required to complete the job is 6 units (6 machines * 12 days). ... Since all machines work at the same constant rate, each machine ...
Assuming the machines are identical, each produces 200/4 = 50 toys in the 5 hours, so 50/5 = 10 toys per hour. Then 8 identical machines will ...
Six machines, each working at the same constant rate, together can complete a certain job in 12 days. How many additional machines, each working ...