Answer:
1. Capacitor.
2. Inductor.
3. Resistor.
4. Battery.
5. Transistor.
Explanation:
1. <u>Capacitor</u>: this component stores a temporary charge.
2. <u>Inductor</u>: this component stores electric energy in the form of a magnetic field.
3. <u>Resistor</u>: this component prevents components from overheating.
4. <u>Battery</u>: this component produces electricity by converting chemical energy into electric energy.
5. <u>Transistor</u>: the voltage applied to the base can control the current that flows across the emitter and collector.
Answer:
The display will be 17.
Explanation:
Tracing through the program:
At first, math is called and sent 1 and 2 - so 1 is stored to ans1 and 2 is stored to ans2.
If the user inputs 3 for a and 4 for b, the program then calls function math2 and passed values of 3 and 4.
So now inside of math2, 3 is stored to res1 and 4 is stored to res3. Inside of this function, res1 and res2 are added together - so then 7 is stored to d and then returned back to the original function.
So now 7 was stored back to the variable c. Then a and ans1 are added together (3 + 1 = 4) and b and ans2 are added together (4 + 2 = 6). Each of these values are stored back to e and f.
Then those values, e and f (4 and 6) are again sent to math2, which simply adds the values together and returns it back to the function. So 10 is sent back to math and stored to the value of g.
Then c (7) and g (10) are added together and displayed.
I'm going to say a chart. I could be wrong. If the chart didn't have text with it- how do you know what the chart is for?
A map, it needs text, but these days people just use GPS's.
Answer:
True
Explanation:
Readability is how easy it is to read words, phrases, blocks of copy such as a book, a web page or an article. Legibility is a measure of how easy it is to distinguish one letter from another in a particular typeface.
Your welcome
