Answer:
hello your question has some missing part attached below is the complete question
answer : steady state temperature = 419.713k ≈ 218.7⁰c
Time required to reach a junction ≈ 5 secs
Explanation:
The detailed solution of the given problem is attached below but the solution to the subsequent problem from which the question you asked is referenced to( problem 1 ), is not attached because it was not part of the question you asked
Answer:
B. (int)(Math.random() * 101)
Explanation:
The function designed as Math.random act as a floating-point of a pseudorandom number with the range between [0,1] which simply means that starting from 0 (inclusive) up to but with the exception of 1 (exclusive), which the design can now be scale to the preferred desired range.
Suppose, we needed 100 inclusive, we have 101 exclusive since we need to scale to 101.
Answer:
The electric field to balance the weight is approximately equals to 3.49x10^5 Newton/Coulumb
Explanation:
In order to be stationary position, magnitude of the total force due to electric field should be equal to the gravitational force that is, 
where
where <em>q</em> is the charge of the droplet and E is the electric field. On the other hand
where <em>m</em>,<em>V ,d</em> and<em> r</em> are the mass, volume, density and radius of the oil droplet respectively and <em>g </em>is the gravitational acceleration (g=9,80665 m/sn^2). By using the first equation and solving it for the electric field we can write,
(Note: d=0.85 x 10^-3 kg/cm^3 and the unit of electric field is Newton per coulumb (N/C))
Answer:
A. $28
Explanation:
We have the load to be 240V
6000W will be converted to kilowatts
6000/1000 = 6kW
Time heater runs for 36 hours
Cost of electricity = $0.13/Kwh
The question needs us to find cost of running this electric heater
Total kilowatts
= 6kw x 36 hours
= 216kwh
Then the total cost = 216 x $0.13
= 28.08
= $28
Answer:
From register to register next is register to indexed storage and next to register to storage and the to single oprand and finally to storage to storage.
Explanation:
Within the CPU, the most important components are registers. Data may be moved between registers, may be added or subtracted from the current contents of a register, and can be shifted or rotated within a register or between registers. Each instruction in the instruction set is executed by performing these simple operations, using the appropriate choice of registers and operations in the correct sequence for the particular instruction.
