Answer:
Basically
(a+b)^2 = a^2 + b^2 + 2ab
Explanation:
steps
1: start
2: read a value
3: read b value
4: c=(a+b)*(a+b);
5: print c value
6:end
Explanation:
Module getNumber (Integer Ref Value)
Display "Display a number"
Input number
End module
Module main ()
Declare Integer number x = 1
Declare Real number y = 2.5
Display( x, " " ,y)
Call changeUS (x,y)
Display( x, " " ,y)
End module
Answer:
The code is as follows:
for(int j = 0; j < newScores.length-1; j++){
newScores[j] = oldScores[j+1];
}
newScores[oldScores.length-1] = oldScores[0];
Explanation:
This loop iterates through the elements of oldScores
for(int j = 0; j < newScores.length-1; j++){
This enters the elements of oldScores to newScores starting from the element at index 1
newScores[j] = oldScores[j+1];
}
This moves the first element of index 0 to the last index of newScores
newScores[oldScores.length-1] = oldScores[0];
Answer:
D. Birmingham
Explanation:
Entering the search criteria "B", would yield Birmingham.
Answer:
La cilindrada total del motor es de 1997,025 centímetros cúbicos.
Explanation:
Para determinar la cilindrada total Vt en un motor de 4 cilindros de 83,6 mm de diámetro por 91 mm de carrera se debe realizar el siguiente cálculo, sabiendo que para calcular la cilindrada de un motor se debe utilizar la fórmula ((Pi x Diámetro^2)/4) x Carrera x Número de cilindros = X:
((3.14 x 83.6^2)/4) x 91 x 4 = X
((3.14 x 6,988.96)/4) x 364 = X
(21,945.3344 / 4) x 364 = X
5,486.3336 x 364 = X
1,997,025.4304 = X
1 milímetro cúbico = 0.001 centímetro cúbico
1,997,025.4304 milímetros cúbicos = 1997.0254304000005 centímetros cúbicos
Por lo tanto, la cilindrada total del motor es de 1997,025 centímetros cúbicos.
