<span>A. focus their visual attention on the next point on the road. A driver must have a target, it can be the car in front, a building pr a structure on the road. Targeting enables the driver to look further ahead on the road and thus be ready for any obstacle on the road.</span>
Answer:
The answer is "both voluntary and non-voluntary context switch".
Explanation:
The description to this question can be described as follows:
Whenever processing requires resource for participant contextual switch, it is used if it is more in the situation of I/O tied. In which semi-voluntary background change can be used when time slice ends or even when processes of greater priority enter.
- In option a, It requires voluntary context switches in I /O bound.
- In option b, it requires a non-voluntary context switch for CPU bound.
Answer:
a). SLE =$37.5
b). ARO =75
c). ALE = $2,812.5
Explanation:
a).Single loss Expectancy (SLE) is starting point in determining the single loss of an asset that will occur and calculated this;
SLE = asset value * exposure factor.
Asset value =$500,
Exposure factor is simply the percentage of asset lost.
In this case out of 1000 phones, 75 were damaged or loss.
In percentage;
75 ÷ 1000 =0.075, 0.075×100=7.5%(exposure factor).
Therefore,
SLE = $500×7.5%= $37.5.
b). ARO - Annual Rate of Occurrence is the number of times a threat on a single asset is expected to occur in one year.
In the case the damage or loss occured in 75 devices in one year.
c). ALE - Annualized loss Expectancy is the product of SLE and ARO.
Therefore;
ALE = $37.5 × 75 = $2,812.5.
Answer:
By given the right speech as much as the answers must be
Explanation:
By given the right speech as much as the answers must be
