The business would have an approach to managing different type of encroachment, go recognize encroachment, apply the strategy (disregard, make a move), and continue with notice letters and after that potentially considerate and criminal protests.
<span>Each business exists due to some discernible opportunities that you have found inside the market. So you should unmistakably characterize the need as well as issue you are unraveling with this business. During a business proposal, you should respond to questions in a non aggressive and professional manner you should speak politely and gently to your potential investors. </span>
Ready Repair Service enters into a contract to fix washers and dryers in Scrub n' Dry Company's coin-operated laundries. If Ready Repair breaches by only partially performing the contract, Scrub n' Dry can C. sue Ready Repair for compensatory and consequential damages.
Scrub n' Dry can sue Ready Repair if they do not hold up the full contract that was agreed on. Consequential damages are a type of compensatory damage. Since Scrub n' Dry did not receive all of the compensation they were entitled to based on their initial agreement they can sue to be awarded the funds that were lost. Compensatory damages are only meant to compensate a person for what they lost not punish the other company/individual.
Answer and Explanation:
The preparation of the bank reconcillation statement is shown below:
<u>Balance per banks $9,812 Balance per books $9,345</u>
Add: Add
Deposit in transit $1,244 Interest $110
Less: Less:
Outstanding checks -$1,906 Bank charges -$38
Error correction -$267
($622 - $355)
Reconciled balance $9,150 Reconciled balance $9,150
Answer:
This is how you'll write the code in C++ programming language.
Explanation:
using namespace std;
//begin task
int reverseDigit(int val)
{
int res = 0;
while (val != 0)
{
//move digits result to left
res *= 10;
//get last digit value
res += val % 10;
//next digit value
val = val / 10;
}
return res;
}
//end task
//TESING
int main()
{
cout << reverseDigit(12345) << "\n";
cout << reverseDigit(5600) << "\n";
cout << reverseDigit(7008) << "\n";
cout << reverseDigit(-532) << "\n";
return 0;
}