<span>BJ rate: 1/20 job/hh
----
App rate: 1/60 job/hr
---
Together rate: 1/x job/hr
</span><span>Equation:
rate + rate = together rate
1/20 + 1/60 = 1/x
Multiply thru by 60x
3x + x = 60
4x = 60
x = 15 hrs (time to do the job together)</span>
Cloud computing is the model for enabling on-demand access to compete resources such as networking, analysis, storage and compute.
Instead of storing files on a proprietary hard drive or local storage device, cloud-based (computing) storage makes it possible to save them to a remote database. As long as an electronic device has access to the web, it definitely has access to the data and the software programs to run it.
Cloud computing has become so popular these days for many businesses and individuals because of these reasons;
Its highly secure, cost saving, increased productivity, increased speed, increased performance and efficiency.
There are also some disadvantages of cloud computing and they include ; When it comes to sensitive data, security may seem to be a threat to this type of storage in a way that if the encryption key gets lost, data also disappears.
For more information about cloud computing refer here;
brainly.com/question/28391660
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Balancing your various commitments can be applied throughout your career to enhance your chances of future success.<span>
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Substitute goods are those goods which as a result of change in market conditions such as changes in price can replace one another for example mountain water and natural water. They are goods with positive cross elasticity demand unlike the complementary goods (goods that are used together). In this case, if the price of mountain water decreases, the fall in price shifts the demand curve for natural water leftward. This means there will be an increased demand for mountain water and a decreased demand of natural water.
Answer:
Efficiency = Actual Output / Effective Capacity * 100%
Utilization = Actual Output / Design Capacity * 100%
Loan processing operation
Actual output = 9 loans per day
Design capacity = 10 loans per day
Effective capacity = 8 loans per day
Utilization = 9/10 * 100
Utilization = 90.0%
Efficiency = 9/8 x 100
Efficiency = 112.5%
Furnace repair team
Actual output = 3 furnaces per day
Design capacity = 9 furnaces per day
Effective capacity = 8 furnaces per day
Utilization = 3/9 * 100
Utilization = 33.3%
Efficiency = 3/8 * 100
Efficiency = 37.5 %
