Health care robots the key word, being "robots" aren't able to act as we can as humans.
Robots and systems lack the emotional skills that we as humans have, they are not intuitive.
There are many risks in using robots for health care, although, "health care" is a vague term, so I'll cover a few in general:
- Doctor/patient confidentiality is risked when using robots to handle personal medical matters, systems are never 100% secure.
- Robots and systems cannot emphasise with patients and will make decisions based on logic and theoretics, not emotionally - for example, if a patient is in a state of bad mental health, a robot will not be able to effectively analyse the right methods to take.
- The collection, storage and passing-on of patient information is risked as system encryption is never guaranteed.
Answer:
Click the Cascade option button
Explanation:
Based on the description of what Ryder is attempting to accomplish, the next step that he needs to do would be to Click the Cascade option button. This option will cause all the windows of the currently running applications to overlap one another but at the same time show their title bars completely visible in order to let the user know their open status. Which is exactly what Ryder is attempting to make as his desired layout for the workbooks. Therefore this is the option he needs.
Answer:
b) iteration.
Explanation:
There are various algorithms which are used in computer programming. Iteration is also a type of algorithm which is used to create loops. The instructions are inserted once and then these instructions are repeated to create a loop function.
Answer:
function countWords(sentence) {
return sentence.match(/\S+/g).length;
}
const sentence = 'This sentence has five words ';
console.log(`"${sentence}" has ${countWords(sentence)} words` );
Explanation:
Regular expressions are a powerful way to tackle this. One obvious cornercase is that multiple spaces could occur. The regex doesn't care.
Answer:
<u>a. The scientists must be careful of how many variables they include in their simulation so they do not cause further harm to the frogs.</u>
Explanation:
It is not statistically accurate to assume that the number of variables included in the simulation would cause further harm to the frogs because we need to <em>remember </em>that a simulation is simply a computerized imitation of a real situation, which is usually not totally alike with a real process.
So in no way from a statistical standpoint, does the scientists' decision on the number of variables causes direct harm to the frogs.
