FutureSmart focuses on the important Middle School years by empowering students to become the stewards of their financial futures. This three hour web-based resource educates students on the practicalities of daily financial decisions and the payoffs of long-term planning. Since Middle School is an important period for positive habits
to take form and grow, this course is particularly meaningful.
Through a compelling narrative in which students play the Mayor of a town, local citizens are helped with real-life decisions. From weighing opportunity costs, to delaying instant gratification for long- term gain, students face important questions on their way to becoming FutureSmart. At the end of the course, students compose their own blueprint for the future. FutureSmart c
Answer:
It is an object. And this is because an object has the data and procedures that defines how it is going to react when it is going to be activated. The data is the details about the object, and it explains what the object actually is. And the procedures are the details of the functions that the particular objects can perform. Like for a hospital, data can be mentioning list of medication services they provide, and procedure can be like registering for any medication service, the complete process.
Explanation:
The answer is self explanatory.
Answer:
C code for half()
#include<stdio.h>
void half(float *pv);
int main()
{
float value=5.0; //value is initialized
printf ("Value before half: %4.1f\n", value); // Prints 5.0
half(&value); // the function call takes the address of the variable.
printf("Value after half: %4.1f\n", value); // Prints 2.5
}
void half(float *pv) //In function definition pointer pv will hold the address of variable passed.
{
*pv=*pv/2; //pointer value is accessed through * operator.
}
- This method is called call-by-reference method.
- Here when we call a function, we pass the address of the variable instead of passing the value of the variable.
- The address of “value” is passed from the “half” function within main(), then in called “half” function we store the address in float pointer ‘pv.’ Now inside the half(), we can manipulate the value pointed by pointer ‘pv’. That will reflect in the main().
- Inside half() we write *pv=*pv/2, which means the value of variable pointed by ‘pv’ will be the half of its value, so after returning from half function value of variable “value” inside main will be 2.5.
Output:
Output is given as image.
The below displays ice-creams with its associated flavours. This we would display using <UL>
• Stick
o Chocobar
o Feast
• Bowl
o Butterscotch
o Blueberry
<UL>
<LI>Stick
<UL>
<LI>Chocobar </LI>
<LI> feast</LI>
</UL>
</LI>
<LI>Bowl
<UL>
<LI> Butterscotch </LI>
<LI> Blueberry </LI>
</UL>
</LI>
</UL>
Here <UL> tag is used to create un ordered list and one another <UL> tag inside <LI> created nested list which is the actual requirement. Like this we can created nested unordered lists and you can nest upto 4 levels and increasing the number of levels further may reduce clarity.
