Answer:
The answer is D. Use multiple record types, page layouts, and profiles
Explanation:
Universal container sales reps can modify fields on an opportunity until it is closed. Only the sales operations team can modify the post close follow up date and post close followup comments fields. How to make this happen
A. Use field-level security on page layouts to restrict editing fields
B. Use field-level security to mark fields as read=only on the sales profile
C. use record types with field sets and restrict editing fields using field-level security
D. Use multiple record types, page layouts, and profiles
Answer:
create the integer variable and initialize it to one, with the do statement, increment the variable by one and print it, then the while statement checks if the variable is less than or equal to 10.
#include <iostream>
using namespace std;
int main(){
int i = 1;
do {
cout<< i << "\n";
i++;
}
while (i <= 10);
}
Explanation:
The C++ source code initializes the integer variable i to one and increments and print the value if the value is less than or equal to ten. The do-while statement executes a block of code before the condition is implemented.
If you want to support green computing, the most basic thing you can do is reduce your brightness. More light equals more energy consumption. That's why there are websites that are made as exact copies of other websites except they're entirely black because the color black spends less energy. You can also try to fix your things when they get broken instead of throwing them away instantly and buying a new one.
Answer:
Worst case time of Heapsort is better than worst case time of Quicksort.
Explanation:
Worstcase of Heapsort is nlog(n). Worstcase time of Quicksort is (n^2). Heapsort is comparison based sorting algorithm. Heapsort divides input into sorting. It is a selection sort in which we send maximum inputs for maximum elements at end. Quicksort is divide and conquer algorithm. It is considered as efficient sourcing algorithm.
The answer is 100°
A parallelogram is any four sided shape with two pairs of opposite parallel and equal length sides. It is safe to say that a square is a parallelogram and not the other way round.
To explain how we got to 100 degrees, I have attached an image.
Based on the image attached, the opposite angles are equal. The adjacent angles are supplementary. With this in mind, the supplement of 80° will be 100°
