Answer:
D) Gaddis, Tony
Explanation:
- When you look at the function <em>pass_it</em>, it takes two arguments and returns these arguments with a comma between them.
- <em>name1</em> and <em>name2</em> variables are assigned as Gaddis and Tony.
<em>fullname</em> variable calls the the <em>pass_it</em> and gives above variables as arguments.
<em>fullname </em>variable (which is now equal to Gaddis, Tony) is printed.
Ans
Explanation:fire jump speed 900 3 seconds c plus coding
Answer:
Uneven use of resources
Explanation:
Potential problem associated with supporting multi - user operation without hardware support is:
Uneven use of resources: In a situation where we assign a set of resources to user 1 and if a new user comes, then it would be difficult to allocate new resources to him. The processor would get confused between the two users. And the tasks would not be completed. This can affect task processing.
Answer:
Total resistance: 18 Ω
Total current: 0.5 A
VR1: 2.5 V
VR2: 1.5 V
VR3: 5 V
Explanation:
Two formulas/laws you <u><em>have </em></u>to know:
1) Resistors in series: Rtotal = R1 + R2 + ... (sum the individual resistors)
2) V=I·R a.k.a. I=V/R a.k.a. R=V/I (same formula in 3 shapes)
So, total resistance is sum off all three: 5+3+10 = 18Ω
Total current: I=V/R, V=9, R=18, so I = 9/18 = 0.5A
Voltage across resistor: V=I·R, I=0.5A (for all three), R=5 (for R1), so V = 0.5·5 = 2.5V. Same for the other three.
As a double check, the sum of the voltages must equal the battery voltage again, no volts ever get lost: 2.5+1.5+5 = 9V (check!!)