<span>Coders using encoder software:
To enhance their productivity</span><span>
Speed and Efficiency
</span><span>Accuracy and consistency
</span>
Encoding is done to reduce the number of bit to be transmitted and save bandwidth .can be fairly complex and contain some delicate parts. This makes them
less tolerant of mechanical abuse and restricts their allowable temperature.
<span>including
increased productivity, accuracy, and efficiency in coding and the
consistent application of coding rules. However, there is a cost to the
software, but savings can be seen in other areas.</span>
Answer:
Information, knowledge, and learning.
Selling and making money.
Banking, bills, and shopping.
Donations and funding
Entertainment.
Explanation:
I hope this helps! ^^
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Answer:
Let the function be Node* ins(Node *root,int k)
if root node is NULL then return new node with data equal to k.
If the k <root->data
root->left=ins(root->left,k);
else if k >root->data
root->right =ins(root->right,k);
At last return root.
Explanation:
Node is always inserted at the at the leaf node.We will search k in the tree if we hit a the leaf node the new node is inserted as the child of the leaf node.
Answer:
The answer is "Option ".
Explanation:
The SOA stands for "Service-Oriented Architecture", which is primarily known as a service set and these services enable you to communicate with each other. In the communication, it may require simple data to transfer to two or more services, which can be organized by those operations, and other options were incorrect, that can be explained as follows:
- In option a, It is a business software, which is used to organized data, that's why it is wrong.
- Option b and Option d both are wrong because the mashup process is used only on web services, which is not a part of SOA , that's why it is wrong.
Answer:
Following are the statement:
counterPointer = &counter;
Explanation:
The following statement is correct because in the question it is given that there is an integer data type variable i.e., "counter" and there is another integer data type pointer variable i.e., "counterPointer" and finally we write a statement in which the pointer variable points to the integer variable.
