Answer:
E = 1.20 × 
N/C
V = 1800 V
x = 0.058 m
Explanation:
given data
radius = 15 cm
net charge = 3 × 
C
electric potential decreased = 500 V
solution
we get here electric field at the sphere’s surface that is
electric field at the sphere’s surface E = 
............1
put here value
electric field at the sphere’s surface E = 
E = 1.20 × N/C
and
potential on surface of sphere is
V = 
................2
V = 
V = 1800 V
and
now we get distance that is x
and we know here
ΔV = V(x) - V ..............3
substitute here value
-500V = 
-500 V = 
solve it we get x
x = 0.058 m
Answer:
annual report
Explanation:
Annual report -
It is the comprehensive yearly report of the organisation or any company , is referred to as the annual report .
The annual report consists of all the financial records , progress rate , annual balance sheet etc , is all mentioned in the annual report .
This report helps the people of some other company , to get brief information about the company .
Hence , from the given information of the question,
The correct term is annual report .
It is true that ''In a forecasting model using simple moving average, the shorter the time span used for calculating the moving average, the closer the average follows volatile trends''.
There are three fundamental categories: causal models, time series analysis and projection, and qualitative approaches. The first makes use of qualitative data (such as the judgement of experts) and details about noteworthy occasions of the sort already discussed, and may or may not take historical factors into account.
Although there are many commonly used quantitative budget forecasting tools, in this article we concentrate on the top four techniques: Straight-line, moving average, simple linear regression, multiple linear regression, and straight-line.
The Global Forecast System (GFS) of the National Weather Service and the European Center for Medium-Range Weather Forecast (ECMWF) model are the two most well-known NWP models. The American and European models are other names for them.
Learn more about forecasting model:
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Answer:
2.98 minutes per cycle
Explanation:
Total work time = 352 minutes per day
Break time = 16 min*3 = 48 min
Lunch time = 60 min
Total time left = 352 - 48 - 60 = 244 min
Demand = 82 jobs a day
Takt time = Total production time available/Demand
Takt time = 244/82
Takt time = 2.9756
Takt time = 2.98 minutes per cycle
Answer:
The correct answer is More formal and structured.
Explanation:
Also known as Business-to-consumer, that is why its acronym B2C refers to the commercial activity between a business and an individual consumer.
While this applies to any type of direct sales business to the consumer, it has been associated with online sales, also known as e-commerce. The e-commerce took off significantly in the late 1990s, with the Christmas shopping season of 1998 identified as the first “Christmas e-tail”. That year Amazon surpassed the billion in sales for the first time.
In recent years, the growth of those of online business-to-consumers have created significant challenges for businesses and services that are losing personal sales to their online competitors.
As a result, many businesses have established their own online presence to remain competitive. This has created opportunities for consumers, who can enjoy the convenience of ordering online while saving shipping costs with certain stores picking up or sending orders to the online store.
