All categories

3 years ago

1. Which of the following are examples of applied art? Select all that apply. (2 points)

Computers and Technology

2 answers:

Svetlanka [38]3 years ago

6 0

Answers

1. Examples of applied in the list art are Architecture, Drawing and industrial design.

2. The following can be considered an artist’s media; substrate onto which art is created (ex: canvas, paper) and material with which to create art (ex: paint, clay)

Explanations

Applied art is the application of both artistic and design principles to practice and practical use. This type of art can be fine art and theoretical in practice. Examples of applied art are drawing and painting illustrations, woodblock prints, Print based art, industrial and interior design, architecture, car and toy design, landscaping, tattoos and pottery. An art media is the material used by an artist or designer to create a piece of work.

mote1985 [20]3 years ago

4 0

1. A. C

2. A. C. D

3. A

4. A. C

5. D

6. D

7. C

8. B

9. B

10. A. C. D

Explanation:

You might be interested in

Write a function (subroutine) that inputs a data value in register r0 and returns value in r0. The function returns y 5 a 1 bx 1

umka2103 [35]

Solution :

int f(int x){

$\text{return a + b*x +c*x*x}$ ;

}*/

int f( $\text{int R0}$ ){

int stack[2] = { $\text{R1,R2}$ };

$\text{R1 = R0}$ ;

$\text{R1 = R1}\times \text{ R1}$ ;

$\text{R2 = C}$ ;

R1 = R1 * C; /*R1 = $cx^2$ */

$\text{R2 = B}$ ;

$\text{R0 = R0}$ * R2; /* R0 = bx */

$\text{R0 = R0 + R1}$ ; /*R0 = $bx + cx^2$ */

$\text{R2 = C}$ ;

$\text{R0 = R0 + R2}$ ; /*R0 = a+bx+cx^2 */

$\text{R1 = stack[0];}$

$\text{ R2 = stack[1];}$

$\text{ return R0;}$

}

/* $\text{ARM code to implement the following C operation}$

int s=0;

$\text{for ( i = 0; i < 10; i++)}$

{ $\text{s = s + i } \times i$ ;)

AREA SumSquares, code, readWrite

ENTRY

$\text{MOV r0, #0}$ ;loop $\text{ counter i present at 0}$

MOV r1, #0 ; s = 0

Loop $\text{MUL r2, r0, r0}$ ;calculate i*i

$\text{ADD r1, r1, r2}$ ;s = s+ i*i

$\text{ADDS r0, r0}$ , #1 ; i = i+1

$\text{CMP r0}$ ,#10 ; test for end

$\text{BNE}$ Loop ; $\text{continue until all added}$

END

5 0

2 years ago

Why would a designer choose to use an isometric sketch rather than a perspective sketch to share their idea with a design team m

alexdok [17]

Designers use both isometric and perspective sketches to maintain an object’s visual proportions. Isometric sketches are 3D objects drawn with lines that have no vanishing points while perspective sketches are 3D objects drawn with one or more vanishing points.

Designers choose to use an isometric sketch because it is more accurate than perspective drawings and makes the design look more professional. Isometric sketches are much easier to handle because the length of each measure is same as the plan. This is especially for designers drawing pictures by hand. It is time saving and you do not need to calculate the angle of every edge.

8 0

2 years ago

Your baby brother has found the hammer and is eagerly eyeing one of the boxes. Describe and analyze an algorithm to determine if

erastovalidia [21]

Answer:

Question is incomplete.

Assuming the below info to complete the question

You have a collection of n lockboxes and m gold keys. Each key unlocks at most one box. Without a matching key, the only way to open a box is to smash it with a hammer. Your baby brother has locked all your keys inside the boxes! Luckily, you know which keys (if any) are inside each box.

Detailed answer is written in explanation field.

Explanation:

We have to find the reachability using the directed graph G = (V, E)

In this V are boxes are considered to be non empty and it may contain key.

Edges E will have keys .

G will have directed edge b1b2 if in-case box b1 will have key to box b2 and box b1 contains one key in it.

Suppose if a key opens empty box or doesn’t contain useful key means can’t open anything , then it doesn’t belongs to any edge.

Now, If baby brother has chosen box B, then we have to estimate for other boxes reachability from B in Graph G.

If and only if all other boxes have directed path from box B then just by smashing box B we can get the key to box b1 till last box and we can unlock those.

After first search from B we can start marking all other vertex of graph G.

So algorithm will be O ( V +E ) = O (n+m) time.

7 0

3 years ago

Read the scenario and answer the question. Audrey had problems with her computer software recently. One of her programs shut dow

Sophie [7]

Answer:

Refer to the troubleshooting checklist.

Explanation:

I got it right in edge:)

6 0

2 years ago

Read 2 more answers

Heelo how do u do python syntax lesson 11 on code academy

pochemuha

have you tried www.khanacademy.org

3 0

3 years ago