Overview:
The C-Look algorithm is a disk scheduling algorithm used to minimize the seek time in a disk system. It works by serving all requests in only one direction until there are no more requests in that direction, and then it jumps back to the beginning of the disk to serve the remaining requests in the opposite direction.

Given Information:
- Initial seek: 53
- Track requests: 98, 183, 37, 122, 14, 124, 14, 124, 65, 67

Step 1: Sorting the Track Requests:
To implement the C-Look algorithm, we need to sort the track requests in ascending order.

Sorted track requests: 14, 14, 37, 65, 67, 98, 122, 124, 124, 183

Step 2: Calculating Total Seeks:
Now, let's calculate the total number of seeks by applying the C-Look algorithm.

2.1) Moving in the Forward Direction:
- Start at the initial seek position (53).
- Move forward until reaching the highest track request that is less than or equal to the initial seek position (98).
- During this forward movement, count the number of seeks required.

Seeks in the forward direction: 14, 37, 65, 67, 98

2.2) Jumping to the Beginning:
- Since there are no more requests in the forward direction, we jump back to the beginning of the disk (track 0).
- Count this jump as a seek.

Seeks after jumping to the beginning: 1

2.3) Moving in the Reverse Direction:
- Move forward from track 0 to the highest track request (183) in the reverse direction.
- During this reverse movement, count the number of seeks required.

Seeks in the reverse direction: 122, 124, 124, 183

Step 3: Calculating Total Seeks:
Now, we sum up the seeks from all the steps to find the total number of seeks.

Total seeks = Seeks in the forward direction + Seeks after jumping to the beginning + Seeks in the reverse direction
Total seeks = 14 + 37 + 65 + 67 + 98 + 1 + 122 + 124 + 124 + 183
Total seeks = 825

Step 4: Correcting the Answer:
It seems there was a mistake in the given answer. The correct total number of seeks for the C-Look algorithm is 825, not 322.