Girls are so evil nowadays
Answer:
Please check the attachment.
Explanation:
Please check the attachment.
Answer:
start();
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
move();
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
move();
}
}
if(colorIs(Color.blue)){
paint(Color.red);
if(frontIsClear());
}else{
if(colorIs(Color.red)){
paint(Color.blue);
if(frontIsClear());
}
}
function start(){
}
Q. 5.1.3: Move to Wall
Ans:
function start(){
while(frontIsClear()){
move();
}
}
I apologize if its incorrect
Answer:
Algorithm C is chosen
Explanation:
<u>For Algorithm A </u>
T(n) = 5 * T ( n/2 ) + 0(n)
where : a = 5 , b = 2 , ∝ = 1
attached below is the remaining part of the solution
Independent Component Analysis (ICA) is based on information-theory and is also one of the most widely used dimensionality reduction techniques.