Which explanatory methods are frequently used in exposition? ( )
Which explanatory methods are frequently used in exposition? ( )
First, I'll _________the rules of the game. A: explain B: explanatory
First, I'll _________the rules of the game. A: explain B: explanatory
The mirror test is used to investigate children’s recognition of ( ). A: Spiritual self B: Subjective self C: Material self D: Objective self
The mirror test is used to investigate children’s recognition of ( ). A: Spiritual self B: Subjective self C: Material self D: Objective self
Which of the following is NOT a scientific abstract? A: Be self-contained. B: Be inclusive of the key information of the original work. C: Be self-explanatory. D: Be well-organized paragraph.
Which of the following is NOT a scientific abstract? A: Be self-contained. B: Be inclusive of the key information of the original work. C: Be self-explanatory. D: Be well-organized paragraph.
Which of the following is NOT a scientific abstract? A: Be self-contained. B: Be inclusive of the key information of the original work. C: Be self-explanatory. D: Be well-organized paragraph.
Which of the following is NOT a scientific abstract? A: Be self-contained. B: Be inclusive of the key information of the original work. C: Be self-explanatory. D: Be well-organized paragraph.
9. Usually, a speaker uses and explanatory approach to make _______________ information or situation more accessible to his/her audience.
9. Usually, a speaker uses and explanatory approach to make _______________ information or situation more accessible to his/her audience.
In order to achieve cohesion and coherence in the text, _______words are frequently used. A: analytical B: explanatory C: meaningful D: signal
In order to achieve cohesion and coherence in the text, _______words are frequently used. A: analytical B: explanatory C: meaningful D: signal
以下程序的输出结果是()。 classA: deffun1(self):print("fun1A") deffun2(self):print("fun2A") classB(A): deffun1(self):print("fun1B") deffun3(self):print("fun2B") b=B() b.fun1() b.fun2() a=A() a.fun1() a.fun2()
以下程序的输出结果是()。 classA: deffun1(self):print("fun1A") deffun2(self):print("fun2A") classB(A): deffun1(self):print("fun1B") deffun3(self):print("fun2B") b=B() b.fun1() b.fun2() a=A() a.fun1() a.fun2()
self表示
self表示
class Student:def __init__(self,name,age):self.name=nameself.age=agedef fun1(self):print("hello")( )def fun2(self):print("yes")child=Child("Tom",20)child.fun1()
class Student:def __init__(self,name,age):self.name=nameself.age=agedef fun1(self):print("hello")( )def fun2(self):print("yes")child=Child("Tom",20)child.fun1()