False, as an example, new technology that is not yet perfected can cause huge problems and even old technology can still cause problems. Technology doesn't always solve things a lot of the time it just changes the problem
Since the multimeter measured about 7 Megaohms for you with dry skin and 1.3 Megaohms for your brother. it can be said that it is high.
<h3>What does a multimeter measure?</h3>
A digital multimeter is known to be a kind of a test tool that is often used to measure a lot of or two electrical values that are seen or known to be principally voltage (volts), current (amps) and that of resistance (ohms).
Note that t he conductivity of the skin is said to be one that variable from person to person, hence, Since the multimeter measured about 7 Megaohms for you with dry skin and 1.3 Megaohms for your brother. it can be said that it is high.
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The answer is false......
Answer:
Me
Explanation:
Its really just a waste of time since I have no motivation to do any of it , so I just use this site. Though I can't really do that on a DBQ for my AP class , so I am just going to wither away now.
Answer:
The algorithm is as follows
1. Start
2. Declare Integer N
3. Input N
4. While N > 0:
4.1 Print(N%10)
4.2 N = N/10
5. Stop
Explanation:
This line starts the algorithm
1. Start
This declares an integer variable
2. Declare Integer N
Here, the program gets user input N
3. Input N
The while iteration begins here and it is repeated as long as N is greater than 0
4. While N > 0:
This calculates and prints N modulus 10; Modulus of 10 gets the individual digit of the input number
4.1 Print(N%10)
This remove the printed digit
4.2 N = N/10
The algorithm ends here
5. Stop
<u>Bonus:</u>
The algorithm in Python is as follows:
<em>n = 102</em>
<em>while n>0:</em>
<em> print(int(n%10))</em>
<em> n= int(n/10)</em>
<em> </em>
