Answer:
The answer is "Option b".
Explanation:
In the project of IEEE-754 to define 64 -bit we require a REAL8 double precision that is equal to 8 bytes and 64 bit, and it is also used for floating-point arithmetic, and other options were not correct that can be described as follows:
- In option a, REAL4 is used to define 32-bit, that's why it is not correct.
- In option c, This type of declaration is not valid in IEEE, that's why it is wrong.
- In option d, The REAL is a keyword that is used to define a value but in this, there is no value to define, that's why it is wrong.
Cloud computing allows computers from all around the world that are not being used to be able to do extra computations. This removes many of the limitations of a single computer and lets the user calculate things much faster.
Answer:
Explanation:
The Rectangle and Point class is not provided in this question but was found online. Using that code as guidance I created the following method named contains. This method takes in a Point object and checks to see if the x-axis point is inside the parameters of the Rectangle class and then checks the same for the y-axis. If it is inside the Rectangle then the method returns true otherwise it returns false.
def contains(self, point):
return self.width > point.x >= self.corner.x and self.height > point.y >= self.corner.y
Answer:
b) Operador
Explanation:
Un operador en un lenguaje de programación es un símbolo que le dice al compilador o intérprete que realice una operación matemática, relacional o lógica específica y produzca un resultado final.
En el lenguaje de programación computacional, un operador es un símbolo o construcción que se define dentro del lenguaje de programación que indica al intérprete o compilador lo lógico, relacional, matemático, a realizar sobre un valor o entre valores.
Ejemplos de operadores son;
Operador de adición; +
Operador lógico; Y
Operador de asignación; =
Operador de comparación; >
operador typeid; typeid
