How to extend the logical volume to max.disk space and half of the disk.?

How to extend the logical volume to max.disk space and half of the disk.?
Consider a file system on a disk that has both logical and physical block sizes of 512 bytes. Assume that the information about each file is already in memory. For each of the three allocation strategies (contiguous, linked, and indexed), answer these questions: If we are currently at logical block 5 (the last block accessed was blocked 4) and want to access logical block 15, how many physical blocks must be read from the disk?
1 Mark Question Two Consider a file system on a disk that has both logical and physical block sizes of 512 tebytes. Assume that the information about each file is already in memory. For each of the three allocation strategies (contiguous, linked, and indexed), answer these at questions: a. How is the logical-to-physical address mapping accomplished in this system? (For the indexed allocation, assume that a file is always less than 512 blocks long.) b. If we are currently at...
You are reviewing disk management basics with a new technician in your department and are currently discussing dynamic disks. Of the following, what do you say is true about dynamic disks? A. Dynamic disk space is allocated in partitions. B. The number of volumes in a dynamic disk is limited to four. C. A volume can extend to include the available space on any hard disk on the computer. D. Dynamic disk usage began in Windows XP.
How does the logical vs. physical address space affect compilation, linking, and loading?
how high would the atmosphere extend if it were of uniform density throughout, equal to half the present density at sea level?
an 8 page document consumes 72.5 k of disk space. How many documents of this size can fit onto a 1.44MB floppy disk?
Suppose that (X, Y) is uniformly distributed on the following right half disk. This half disk is the region inside the circle of radius 5 centered at the origin with positive x- coordinate. a) Give the joint probability density function of (x, y). b) Give the conditional probability density function of Y given X=x.
Suppose that (X, Y) is uniformly distributed on the following right half disk. This half disk is the region inside the circle of radius 5 centered at the origin with positive x- coordinate. a) Give the joint probability density function of (x, y). b) Give the conditional probability density function of Y given X=x.
Suppose that (X, Y) is uniformly distributed on the following right half disk. This half disk is the region inside the circle of radius 5 centered at the origin with positive x- coordinate. a) Give the joint probability density function of (x, y). b) Give the conditional probability density function of Y given X=x.
Suppose that (X, Y) is uniformly distributed on the following right half disk. This half disk is the region inside the circle of radius 5 centered at the origin with positive x- coordinate. a) Give the joint probability density function of (x, y). b) Give the conditional probability density function of Y given X=x.