Answer:
The correct answer is: <em>Protection from Workplace Retaliation</em>
Explanation:
Protection from Workplace Retaliation is one of the 20 Whistleblower Laws enforced by OSHA. According to the Protection from Workplace Retaliation (PFWR) law, employers cannot treat employees unfairly in retaliation to employees reporting workplace safety hazards to OSHA. The PFWR states that employers cannot retaliate by: denying employees leave, demoting them, firing them, reducing work hours, or denying them promotions.
In this case, Tina's employer violated the Protection from Workplace Retaliation law by giving her menial and difficult jobs in response to her reporting a safety hazard to OSHA.
An individual who possesses good work ethic embodies principles like reliability, dependability, dedication to the job, teamwork and cooperation, and a self-disciplined character. Most employers seek a strong work ethic; performance depends on it; satisfaction is derived from it; and it ensures career progression. It is that untouchable effort an employee exemplifies daily, regardless of whether someone is watching or not. A company that has its employees doing exemplary well has everything to do with their performance. Thus, if you have a strong work ethic, you will have qualities that will keep you in demand by huge companies. When you are skilled at the workplace and your colleagues notice and appreciate it, you will have a very deep sense of satisfaction within you. If you put 101 percent, your willingness to work hard will be recognized and will leave you shining brightly than others when the opportunity of promotion knocks.
A food establishment needs a thermometer to make sure no food is under cooked or overly cooked
Explanation:
calculators work by processing information in binary form. We're used to thinking of numbers in our normal base-ten system, in which there are ten digits to work with: 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9. The binary number system is a base-two system, which means there are only two digits to work with: 0 and 1. Thus, when you input numbers into a calculator, the integrated circuit converts those numbers to binary strings of 0s and 1s.
The integrated circuits then use those strings of 0s and 1s to turn transistors on and off with electricity to perform the desired calculations. Since there are only two options in a binary system (0 or 1), these can easily be represented by turning transistors on and off, since on and off easily represent the binary option
Once a calculation has been completed, the answer in binary form is then converted back to our normal base-ten system and displayed on the calculator's display screen.
I’m not sure but if I wouod have to answer it would be 2 or 3
