Answer:
The correct option is;
Terminate
Explanation:
Termination of the risk is equivalent to elimination of the risk by avoiding the activity that brings about the risk or by using a different process that does not include the risk observed in the previous process option
When the reward far outweigh the risk, it may be decided to terminate or eliminate the risk and miss the reward and also terminate the likelihood of the losses to be incurred.
Answer:
The answer is "Both Technician A and Technician B".
Explanation:
The cylinder Testing is intended to assess locomotive inconsistency in CNS rodents, for example, whenever the animal moves within a transparent plastic tube, its preliminary activity is registered as it rises against the stadium wall.
In the given question both technicians are correct because both are reliable ways to check cylinders and the influence of the belief if every pathway has many more advantages than each other.
Answer:
See the attachment
Verification shown in explanation
Explanation:
wc= 1/(RC)
The value of R and C shown in the attachment can be calculated as follows:
R=100 ohms
1000= 1/(100×C)
C= 10 microfarads
Gain= R/√(R²+Xc²)
at f=500, wc= 3142.59 rad/s
Xc= 1/(2πfC)
Xc=31.83
Gain= 100/√(100²+31.83²)
Gain= 0.953
at fc= 100, wc= 628.32 rad/s
Xc= 159.15
gain= 100/√(100²+ 159.15²)
gain= 0.532
As see form calculations that gain at low frequencies is smaller and gain at very high frequencies is near to 1. This means that at high frequencies Vin≈ Vout
Hence this filter allows high frequencies to pass but blocks low frequencies by lowering the gai
Answer:
The right solution is "32 min".
Explanation:
The given values are:
Total delay,
= 3200 veh/min
Deterministic rate,
= 5 veh/min
For 1st arrival, time taken
= 20 minutes
Now,
To be clear the queue, the time take will be:
= ![\frac{Total \ delay}{Deterministic \ rate\times (1st \ arrival \ time \ taken)}](https://tex.z-dn.net/?f=%5Cfrac%7BTotal%20%5C%20delay%7D%7BDeterministic%20%5C%20rate%5Ctimes%20%281st%20%5C%20arrival%20%5C%20time%20%5C%20taken%29%7D)
On substituting the values in the above formula, we get
= ![\frac{3200}{5\times 20} \ min](https://tex.z-dn.net/?f=%5Cfrac%7B3200%7D%7B5%5Ctimes%2020%7D%20%5C%20min)
= ![\frac{3200}{100}](https://tex.z-dn.net/?f=%5Cfrac%7B3200%7D%7B100%7D)
=
Answer:
a) Finding current:
P=I²R
I=√(P/R)=√(50/2)=√25=5.0A
finding voltage:
V=IR( from ohms law)
V= 5.0×2.0=10.0V
b) E=Pt
=(50/1000)×72=3.6kWh