Answer:
study-time survey, project schedule, prioritize tasks, reward system.
Explanation:
Time management can be defined as a strategic process which typically involves organizing, planning and controlling the time spent on an activity, so as to effectively and efficiently enhance productivity. Thus, when time is properly managed, it avails us the opportunity to work smartly rather than tediously (hardly) and as such making it possible to achieve quite a lot within a short timeframe. Also, a good time management helps us to deal with work-related pressures and tight schedules through the process of properly allocating the right time to the right activity.
Hence, time-management techniques work most effectively when performed in the following sequential order; study-time survey, project schedule, prioritize tasks, and designing (creating) a reward system.
Answer:
Explanation:
We could get the four options for this particular example, but we must know what happens with the variable number the value 1000.
In this case, we are going to assume four scenarios:
1) n = n - n this is equal to 0
2) n = (n - n) + n = 1000
3) n = n * 2 = 2000
4) n = n * 3 = 3000
These are simple examples, we could get these options in different ways.
A common technique for remembering the order<span> of </span>operations<span> is the abbreviation "PEMDAS", which is turned into the phrase "Please Excuse My Dear Aunt Sally". It stands for "Parentheses, Exponents, Multiplication and Division, and Addition and Subtraction".</span>
If a class contains more than one constructor, computer determines the appropriate constructor by matching all the attributes, like the number, data type and position. Here's the example where the row public AirConditioner(){} is the default constructor that can use <span>default settings or initialize manually (sorry for tabulation, not my fault)</span>:
<span>class AirConditioner{ enum ConditionerMode{ Automatic, } public ConditionerMode Mode; public int MinTemperature = 18; public int MaxTemperature = 20;
public AirConditioner(){ }
public AirConditioner(ConditionerMode mode){ Mode = mode; } public AirConditioner(ConditionerMode mode, int MinTemp, int MaxTemp){ Mode = mode; MinTemperature = MinTemp; MaxTemperature = MaxTemp; }}</span>
