Answer: See explanation
Explanation:
Navigational search - This occurs when the user is looking for a certain website. Then the name of the website will be entered into the search bar.
Informational search - This occurs when the user wants to get a certain information. For example, if user enters "what is computer" into the search bar, different results relating to the word "computer" will be gotten.
Transactional search - This occurs when the user wants a website that is interactive it which possess more interaction. An example is when the user wants to buying something, register for something or maybe download something
Answer:
Click on the New Slide icon. 2.
Enter the slide position desired. N/A
Click where you want to add the slide. 1.
Select New Slide from the Tools menu. 3.
Switch to the Normal or Slide Sorter view. 4.
Switch to the Notes or Outline view. 5.
Explanation:
You can never enter the slide position desired, and you need to click on the slide after which you want the new slide to be placed. Thus, enter the slide position desired is not applicable, and you need to click where you want to add the slide, and more accurately after which. Hence, this is the 1st. Now you need to click on the new slide icon. Then you need to select the new slides from the tools menu. The slide will appear in Normal view, and you can design the slide now as well as add the notes. You can then move to slide sorter view to arrange the slides, or you can arrange from the slide tab as well. Finally to check(edit) the notes and outline you can change the view to notes or Outline view. Hence, the above answer.
Keep in mind that through presenter view, you can make the slide show where you can see the slides and your notes, and the listeners can see the slides only.
Answer:
manipulation
Explanation:
This stuff should not be used at all since use induction through manipulation of consumers thoughts
Answer:
The solution code is written in Python
- def findSmallest(vec, start):
-
- index = start
- smallest = vec[start]
-
- for i in range(start + 1, len(vec)):
- if(smallest > vec[i]):
- smallest = vec[i]
- index = i
-
- return index
Explanation:
Firstly we can define a function findSmallest() that takes two input parameters, a vector, <em>vec</em>, and a starting position, <em>start </em> (Line 1).
Next, create two variables, <em>index</em> and <em>smallest</em>, to hold the current index and current value where the smallest number is found in the vector. Let's initialize them with <em>start</em> position and the value held in the<em> start </em>position (Line 3-4).
Next, create a for-loop to traverse through the next value of the vector after start position and compare it with current <em>smallest </em>number. If current <em>smallest</em> is bigger than any next value in the vector, the <em>smallest </em>variable will be updated with the new found lower value in the vector and the index where the lower value is found will be assigned to variable<em> index</em>.
At the end return index as output.