Describe a scenario in which an object that is not moving has more potential energy than an object that is moving. How does your scenario meet this criteria? Use specific language from the text to explain.

A scenario in which an object that is not moving has more potential energy than an object that is moving is given below

In order to understand how and why things act the way they do, we use the concept of energy.  You can alter an object's energy by applying a force to it. An object must be accelerated or work must be done with that energy. Energy is referred regarded as a scalar since it lacks direction (as opposed to vectors).

Kinetic energy, potential energy, and energy in springs are other terms we use. It's impossible to grasp or touch energy. It is merely one more tool to aid in our comprehension of the environment. In science, energy is measured in units called joules.

Greater potential energy exists for higher objects with further to fall. The gravitational potential energy of a pair of equal-height objects is greatest for the heavier object.

Note that Position, not motion, determines an object's potential energy. It possesses positional energy. When objects are displaced from their equilibrium positions, the energy that was previously stored within them before being knocked out of equilibrium by chemical reactions, gravity, or elastic rebound is released.

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Ian is working as a sales manager. He has to generate sales reports using mathematical data that his team has collected. Which computer application can he use and which soft skill is essential for his job role?
Ian can use
to generate reports that have mathematical data. To be an efficient manager and direct his team members, Ian must have good
skills.
Re

The title specifies the title for the link, true or false?

How do I do this?

Given an integer array nums, return a new array with a length of nums.length*2 where each element in nums appears twice in a row.
doubleElements([2, 3, 5, 4]) → [2, 2, 3, 3, 5, 5, 4, 4]
doubleElements([1, 2, 2, 3, 4, 4, 5, 6]) → [1, 1, 2, 2, 2, 2, 3, 3, 4, 4, 4, 4, 5, 5, 6, 6]
doubleElements([1, 2, 3, 4, 5, 6]) → [1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6]

I was given the layout of how the code would look but I'm baffled on what to put in the ??? that will return an array that has a duplicate of a previous element.
ex: [2,3] = [2,2,3,3]

public int[] doubleElements(int[] nums){
int[] ans = new int[nums.length*2];
for(int i = 0; i < nums.length; i++){
ans[??] = nums[i];
ans[??] = nums[i];
}
return ans;
}

*IN JAVA*
Program Specifications Write a program to calculate U.S. income tax owed given wages, taxable interest, unemployment compensation, status (dependent, single, or married), and taxes withheld. Dollar amounts are displayed as integers with comma separators. Ex: System.out.printf("Cost: $%,d\n", cost);

Note: this program is designed for incremental development. Complete each step and submit for grading before starting the next step. Only a portion of tests pass after each step but confirm progress.

Step 1. Within main() input wages, taxable interest, unemployment compensation, status (0=dependent, 1=single, and 2=married), and taxes withheld as integers.

Step 2 (2 pts). Complete the calcAGI() method. Calculate the adjusted gross income (AGI) that is the sum of wages, interest, and unemployment. Convert any negative values to positive before summing to correct potential input errors. Return the AGI. Note the provided code in main() calls calcAGI() and outputs the returned value. Submit for grading to confirm two tests pass.
Ex: If the input is:

20000 23 500 1 400
The output is:

AGI: $20,523
Step 3 (2 pts). Complete the getDeduction() method. Return the deduction amount based on status: (0) dependent = 6000, (1) single = 12000, or (2) married=24000. Return 6000 if the status is anything but 0, 1, or 2. Within main() call getDeduction() and output the returned value. Submit for grading to confirm four tests pass.
Ex: If the input is:

20000 23 500 1 400
The additional output is:

AGI: $20,523
Deduction: $12,000
Step 4 (2 pts). Complete the calcTaxable() method. Calculate taxable amount (AGI - deduction). Set taxable to zero if calculation results in negative value. Return taxable value. Within main() call calcTaxable() and output the returned value. Submit for grading to confirm six tests pass.
Ex: If the input is:

20000 23 500 1 400
The additional output is:

AGI: $20,523
Deduction: $12,000
Taxable income: $8,523
Step 5 (2 pts). Complete the calcTax() method. Calculate tax amount based on status and taxable income (see tables below). Tax amount should be stored initially as a double, rounded to the nearest whole number using Math.round(), and converted to an integer before returning. Within main() call calcTax() and output the returned value. Submit for grading to confirm eight tests pass.
Ex: If the input is:

50000 0 0 2 5000
The additional output is:

AGI: $50,000
Deduction: $24,000
Taxable income: $26,000
Federal tax: $2,720
Income Tax for Dependent or Single Filers
$0 - $10,000 10% of the income
$10,001 - $40,000 $1,000 + 12% of the amount over $10,000
$40,001 - $85,000 $4,600 + 22% of the amount over $40,000
over $85,000 $14,500 + 24% of the amount over $85,000
Income Tax for Married Filers
$0 - $20,000 10% of the income
$20,001 - $80,000 $2,000 + 12% of the amount over $20,000
over $80,000 $9,200 + 22% of the amount over $80,000

Step 6 (2 pts). Complete the calcTaxDue() method. Set withheld parameter to zero if negative to correct potential input error. Calculate and return amount of tax due (tax - withheld). Within main() call calcTaxDue() and output returned value. Submit for grading to confirm all tests pass.
Ex: If the input is:

80000 0 500 2 12000
The additional output is:

AGI: $80,500
Deduction: $24,000
Taxable income: $56,500
Federal tax: $6,380
Tax due: $-5,620

*CODE IN JAVA*
import java.util.Scanner;

public class LabProgram {

// Calculate AGI and repair any negative values
public static int calcAGI(int wages, int interest, int unemployment) {
/* Complete the method and update the return statement */

return -1;

}

// Calculate deduction depending on single, dependent or married
public static int getDeduction(int status) {
/* Complete the method and update the return statement */

return -1;
}

// Calculate taxable but not allow negative results
public static int calcTaxable(int agi, int deduction) {
/* Complete the method and update the return statement */

return -1;
}

// Calculate tax for single or dependent
public static int calcTax(int status, int taxable) {
/* Complete the method and update the return statement */

return -1;
}

// Calculate tax due and check for negative withheld
public static int calcTaxDue(int tax, int withheld) {
/* Complete the method and update the return statement */

return -1;
}

public static void main(String [] args) {
Scanner scan = new Scanner(System.in);
int wages = 0;
int interest = 0;
int unemployment = 0;
int status = -1;
int withheld = 0;
int agi;

// Step #1: Input information


// Step #2: Calculate AGI
agi = calcAGI(wages, interest, unemployment);
System.out.printf("AGI: $%,d\n", agi);

}

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