Answer:
Solution: In this case, the system can be modeled as a function with two output signals,
where
where(x(t), y(t)) is the position of the tail in they plane. This model Is Clearly not linear. If the Input torque doubles, for example, the output values will not double. In fact, the output values are constrained to lie on a circle centered at the origin, regardless of the Input. For this reason, the model is BIBO stable. The output is always bounded. Thus, while our previous model was linear and unstable, this one Is nonlinear and stable. Which model is more useful?
I think that A could be the correct answer. The others are not as credible as A.
Answer:
Did you mean layer 3 switch? Because a router always operates at layer 3
Explanation:
If the answer is yes, then a layer 3 is a switch that combines the functions of a switch and a router. So it is capable of operate layer 2 and layer 3. Some of its benefits are: Support routing between VLAN, decrease network latency because the packets don’t have to make extra hops to go through a router and reduce security management. But they are really expensive and lack of WAN functionality so they are used mostly for large intranet environments.
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.
Answer: number 2 is the correct way to do it
Explanation:
