Answer:
A higher-order function is a type of function in programming that can either accept a function as its parameter or return a function or both. Curring is a process used by functions to accept and access multiple arguments.
Explanation:
Functional programming languages like Hasket, Javascript, Python, etc, use the concept of higher-order functions and Curring to accept multiple arguments and functions as parameters and can also return a function.
Answer:
Return are predicted in the modern microprocessor as, branch predictor is the modern method for the processor for the prediction. The basic function of the branch predictor is improving in the pipeline instruction. It is basically the important part for implement the execution and the pipe lining. And the return predicted uses the call by reference technique for the data in instruction.
Answer:
G = 6.673e-11
M = 5.98e24
accel_gravity = 0.0
dist_center = float(input())
accel_gravity = (G * M) / (dist_center * dist_center)
print('Acceleration of gravity: {: .2f}'.format(accel_gravity))
Explanation:
The G, M, and accel_gravity are already initialized
The user is asked to enter the dist_center which is the only missing thing in the formula
In order to calculate the accel_gravity, you just need to put the variables in the formula (Note that the formula is (G*M)/(d^2), not d)
Then, the calculated value of accel_gravity is printed
Answer:
int sum = 0;
for (int i = 1; i < 100; i += 2) {
sum += i * i;
}
printf("The sum of cubes is %d", sum);
/* Prints: The sum of cubes is 166650 */
Explanation:
If 1 should be excluded, let the for loop start at 3.
Answer:
A computer is a Device that can run multiple applications at a time and access the internet where you can find online stores and more also used to make video calls and more.
