Which is used to store and process a set of values, all of the same data type, that forms a logical group? A: data structure B: array C: primitive data type D: atomic data type
Which is used to store and process a set of values, all of the same data type, that forms a logical group? A: data structure B: array C: primitive data type D: atomic data type
The data plate has NOT the data of( )。 A: TC Number B: Thrust ratings C: Airframe type D: Engine model number
The data plate has NOT the data of( )。 A: TC Number B: Thrust ratings C: Airframe type D: Engine model number
The best type of chart for comparing two sets of categorical data is:
The best type of chart for comparing two sets of categorical data is:
The analog input detection value is a semi-floating point FLOAT data type
The analog input detection value is a semi-floating point FLOAT data type
查看当前数据的类型的方法是: A: typeof(data) B: parseInt(str) C: toString() D: type(data)
查看当前数据的类型的方法是: A: typeof(data) B: parseInt(str) C: toString() D: type(data)
Cloud computing is a type of ( )-based computing that provides shared Computer processing resources and data to computers and other devices on demand. A: computer B: Internet C: data D: protocol
Cloud computing is a type of ( )-based computing that provides shared Computer processing resources and data to computers and other devices on demand. A: computer B: Internet C: data D: protocol
The analog input detection value is a semi-floating point FLOAT data type A: 正确 B: 错误
The analog input detection value is a semi-floating point FLOAT data type A: 正确 B: 错误
下列程序中,函数find_data在已从小到大排序好的数组中寻找指定数data,采用二分查找算法,找到则返回该数组元素地址,找不到返回NULL。请填空将程序补充完整。#include <stdio.h>[input=type:blank,size:4][/input]find_data(float *a,int n ,float data){ [input=type:blank,size:4][/input]; low=0; high=n-1; while(low<=high) { mid=(low+high)/2; if(a[mid]>data) high=mid-1; else if(a[mid]<data) low=mid+1; else[input=type:blank,size:4][/input]; } [input=type:blank,size:4][/input]; } void main() { float b[10],*p, data; for(int i=0;i<10;i++) scanf("%f",b+i); scanf("%f",&data); p=find_data(b,10,data); if(p) printf("%f\n",*p); else printf("查找不到%f\n",data) }
下列程序中,函数find_data在已从小到大排序好的数组中寻找指定数data,采用二分查找算法,找到则返回该数组元素地址,找不到返回NULL。请填空将程序补充完整。#include <stdio.h>[input=type:blank,size:4][/input]find_data(float *a,int n ,float data){ [input=type:blank,size:4][/input]; low=0; high=n-1; while(low<=high) { mid=(low+high)/2; if(a[mid]>data) high=mid-1; else if(a[mid]<data) low=mid+1; else[input=type:blank,size:4][/input]; } [input=type:blank,size:4][/input]; } void main() { float b[10],*p, data; for(int i=0;i<10;i++) scanf("%f",b+i); scanf("%f",&data); p=find_data(b,10,data); if(p) printf("%f\n",*p); else printf("查找不到%f\n",data) }
大数据 未知类型:{'label': 'questionDesc', 'content': '为下面词语选择最合适的表达方式。', 'isMemberControl': 0, 'type': 181} A: big data B: database C: data processing
大数据 未知类型:{'label': 'questionDesc', 'content': '为下面词语选择最合适的表达方式。', 'isMemberControl': 0, 'type': 181} A: big data B: database C: data processing
A set of values that have the same data type is referred to as( ). A: Relationship B: Properties C: Component D: Domain
A set of values that have the same data type is referred to as( ). A: Relationship B: Properties C: Component D: Domain