The problem states there are 5776 trees in an orchard. The arrangement is such that the number of rows is equal to the number of trees in each row. We need to find the number of rows.
Let R be the number of rows.
According to the problem, the number of trees in each row is also R.
The total number of trees is the product of the number of rows and the number of trees per row.
Total Trees = (Number of Rows) $\times$ (Number of Trees per Row)
$ 5776 = R \times R $
$ 5776 = R^2 $
To find the number of rows (R), we need to calculate the square root of the total number of trees.
$ R = \sqrt{5776} $
We can estimate the square root:
Therefore, R = 76.
The number of rows in the orchard is 76.
A is 120% of B and B is 65% of C. If the sum of A, B and C is 121.5, then the value of C - 2B + A is:
The price of an item is reduced by 20%. As a result, customers can get 2 kg more of it for ₹360. Find the original price (in ₹) per kg of the item.
A tyre has 3 punctures. The first puncture alone would have made the tyre flat in 9 minutes, the second alone would have done it in 18 minutes, the third alone would have done it in 6 minutes. If the air leaks out at a constant rate, then how long (in minutes) does it take for all the punctures together to make it flat?