Which is a feature of a strong thesis statement?

I need help with this work

lisabon 2012 [21]

Answer:

B. Balanced depending and the type of questions

5 0

3 years ago

All of the following are career pathways in the architecture and construction career cluster except

max2010maxim [7]

Below, I believe are the multiple choices attached to this question

A. Power, Structural, and Technical Systems.

B. Construction.

C. Design/ Pre-Construction.

D. Maintenance/ Operations

The answer is A. Power, Structural, and Technical Systems.

The career pathways in the Architecture and Construction deal with all aspects of designing, planning, maintaining all kinds of structures we live or work in. It is organized into 3 career pathways; Construction, Design/ Pre-Construction, and Maintenance/ Operations. This field also covers the servicing of equipment such as plumbing, electrical wiring, escalators, and elevators.

3 0

3 years ago

Read 2 more answers

Mark each statement as true or false: a. PATA hard drives are older and slower than SATA hard drives. b. SATA1 is about 10 times

deff fn [24]

Answer:

The answer to this question can be described as follows:

a) True

b) False

c) False

d) False

e) False

f) True

Explanation:

In option a, PATA device is used to connect the hard drives into systems. Its title suggests, depends on parallel transmitting technology, contrasted to the compulsive-signaling tools.

In option b, SATA1 is a first-generation device, and SATA3 third generation, that's why it is wrong.

In option c and option d, both were wrong because RAID 0 and RAID 5 are Cloud computing software for storing data.

In option e, An internal SATA data cable with an eSATA port can not be used as an additional connection is provided by the eSATA port.

In option f, It is true because there are 7 pins in internal SATA.

6 0

3 years ago

What is the capacity of a disk with two platters, 10,000 cylinders, an average of 400 sectors per track, and 512 bytes per secto

natita [175]

Answer:

The capacity of the disk is "40 GB".

Explanation:

Given value:

$\to \text{cylinder}= 10,000\\\\\to \frac{sector}{track} = 400\\\\\to \frac{bytes}{sector} = 512\\$

$\text{Calculating the size of track} = \frac{bytes}{sector} \times \frac{sector}{track}$

$= 512 \times 400 \\\\ = 204,800 \ \ Or \ \ 200 \ K$

$\text{Calculating the size of surface} = \frac{byte}{track} \times \ cylinder$

$= 2000 \ K \times 10,000 \\\\ = 20, 000,000 \ K$

$\text{Calculating the capacity of a disk} = \frac{byte}{surface} \times \frac{surface}{disk}$

$= 20, 000,000 \ K \times 2 \\\\ = 40, 000,000 \ K \\\\= 40 \ GB$

Cache memory is often used to speed up the runtime. It will enable us to improve performance unless we can store information, that is retrieved constantly in memory space.

Hit Cache: when the Processor relates to representing database data, Cache Hit results.
Miss Cache: when this Processor responds to a non-present cache data, this will trigger its miss of cache.
It doesn't have to retrieve the Main Memory through secondary storage.

3 0

3 years ago

write a C program the prints out the size of variables with the following C data types- int, long, unsigned, long long, double,

Anit [1.1K]

<u>C program for finding size of different data types</u>

#include <stdio.h>

//driver function

int main()

{

int a; //declaring a of type int

float b; //declaring b of type float

double c; //declaring c of type double

char d; //declaring d of type char

long e; //declaring e of type long

long long f; //declaring f of type longlong

unsigned g; //declaring g of type unsigned

// Sizeof operator is used to evaluate the size of a variable

printf(" int data type contains: %lu bytes\n",sizeof(a));/*Finding size of int */

printf("float data type contains : %lu bytes\n",sizeof(b));/*Finding size of float */

printf("double data type contains: %lu bytes\n",sizeof(c));/*Finding size of double */

printf("char data type contains: %lu byte\n",sizeof(d));/*Finding size of char */

printf("long data type contains: %lu byte\n",sizeof(e));/*Finding size of long*/ printf("longlong data type contains: %lu byte\n",sizeof(f));/*Finding size of longlong */

printf("unsigned data type contains: %lu byte\n",sizeof(g)); /*Finding size of unsigned */

return 0;

}

<u>Output</u>

int data type contains: 4 bytes

float data type contains : 4 bytes

double data type contains: 8 bytes

char data type contains: 1 byte

long data type contains: 8 byte

longlong data type contains: 8 byte

unsigned data type contains: 4 byte

4 0

3 years ago