Answer:
Q. When evaluating mining results, does data mining and evaluating become an intuitive process?
“Data mining” is technically associated with analysis of very large data sets, to appreciate patterns,and attempt to look at cause to effect relationships. Most of the data is quantitative in nature, and many of the tools relate to that of analysis of numerical /quantitative data.
Explanation:
One of the rules of the game of quantitative analysis, is to allow the “data to do the talking”, Your intuition CANNOT replace the results of quantitative analysis: whether through data mining or humble pencil and paper calculation on the back of an envelope.
With experience you may perhaps see a lot of “counter intuitive results”, Where the final outcome does not make “common sense” - but that is what the data is saying.
It is useful NOT to allow emotions, opinions, to come in the way of any sort of quantitative data analysis.
If you can specify what sort of data you are analyzing a more precise answer can be attempted.
Answer:
D
Hope This Helps! Have A Nice Day!!
Answer:
Explanation:In software engineering, dependability is the ability to provide services that can defensibly be trusted within a time-period. This may also encompass mechanisms designed to increase and maintain the dependability of a system or software.Computer software is typically classified into two major types of programs: system software and application software.
On a vehicle with a manual transmission, a frequent mistake is shifting into a higher gear at too slow speed.
When shifting gears on the vehicle with a manual transmission, you should press the clutch all the way to the floor.
There are two types of transmissions of vehicles, manual and automatic. In manual transmission driver is responsible for shifting gears as the speed f vehicle changes while in automatic driver does minimal work.
Answer:
Hi there Foodalexandre! The question is good to revise knowledge on the concepts of classes and inheritance. Please find the answer with explanation below.
Explanation:
We can use a number of different object-oriented programming languages to implement this solution in, such as Java, C++, Ruby, etc. I have chosen to use Python as the language to implement because of the ease with which it can be used. First, I have defined the Vehicle class based on the description from the question, where the constructor (the __init__ method) initializes the door count and the engine sound, and the original Move() method belonging to the Vehicle class is defined. Then I define the Car class which inherits from the Vehicle class making it inherit the Vehicle properties, and initialize the Car class to have door count of 4 and engine sound as 'rrrrrr'. Defining the Move() method again in the Car class overrides the one in the Vehicle class, and the RoadTrip() method is added to return the string as requested in the question.
class Vehicle(object):
def __init__(self, door_count, engine_sound):
door_count: door_count
engine_sound: engine_sound
def Move()
:
return ‘rrrrrr’
class Car(Vehicle):
def __init__(self, door_count, engine_sound):
super().__init__(4, ‘rrrrrr’)
def Move():
return ‘vrumm’
def RoadTrip()
:
return “Not a care in the world”
