关于BET（单分子层水）描述有误的是（）。

A:BET在区间Ⅱ的高水分末端位置。 B:BET值可以准确的预测干燥产品最大稳定性时的含水量。 C:该水分下除氧化反应外，其它反应仍可保持最小的速率。 D:单分子层水概念由Brunauer、Emett及Teller提出的单分子层吸附理论。

A:C_name，Credit_balance-limit B:C_name，limit-Credit_balance C:C_name，limit，Credit_balance D:C_name，Credit_balance

信贷额度关系credit-in(C_name，limit，Credit balance)中的三个属性分别表示用户姓名、信贷额度和到目前为止的花费。下表为关系credit-in-的一个具体实例。若要查询每个用户还能花费多少，相应的SQL语句应为：Select （） From credit-in。

A:C_name，Credit_balance-limit B:C_name，limit-Credit_balance C:C_name， limit， Credit_balance D:C_name，Credit_balance

某银行信贷额度关系credit-in(C_no，C_name，limit，Credit_balance)中的4个属性分别表示用户号、用户姓名、信贷额度和累计消费额。该关系的 (60) 属性可以作为主键。下表为关系credit-in的一个具体实例。 查询累计消费额大于3000的用户姓名以及剩余消费额的SQL语句应为： Select (61) From credit-in Where (62) ; （61）处应填（）。

A:C name,Credit_balance-limit B:C name,limit-Credit_balance C:C name,limit,Credit_balance D:C name,Credit_balance

信贷额度关系credit-in（C_name，limit，Credit_balance）中的三个属性分别表示用户姓名、信贷额度和到目前为止的花费。下表为关系credit-in 的一个具体实例。若要查询每个用户还能花费多少，相应的SQL 语句应为：Select（）From credit-in。

A:C_name，Credit balance-limit B:C_name，limit-Credit_balance C:C_name，limit，Credit_balance D:C_name，Credit_balance

MIMD systems can be classified into (1) -oriented systems, high-availability systems and response-oriented systems. The goal of (1) -oriented multiprocessing is to obtain high
(1) (2) minimal computing cost. The techniques employed by multiprocessor operating systems to achieve this goal take advantage of an inherent processing versus input/output balance in the workload to produce (3) and (4) loading of system (5)

A:balance B:balanced C:balances D:balancing

MIMD systems can be classified into (1) -oriented systems, high-availability systems and response-oriented systems. The goal of (1) -oriented multiprocessing is to obtain high
(1) (2) minimal computing cost. The techniques employed by multiprocessor operating systems to achieve this goal take advantage of an inherent processing versus input/output balance in the workload to produce (3) and (4) loading of system (5)

A:balance B:balanced C:balances D:balancing

MIMD systems can be classified into (71) -oriented systems, high-availability systems and response-oriented systems. The goal of (71) . oriented multiprocessing is to obtain high (71) (72) minimal computing cost. The techniques employed by multiprocessor operating systems to achieve this goal take advantage of an inherent processing versus input/output balance in the workload to produce (73) and (74) loading of system (75) .

A:balance B:balanced C:balances D:balancing

MIMD systems can be classified into (150) -oriented systems, high-availability systems and response-oriented systems.
The goal of (150) -oriented multiprocessing is to obtain high (150) (151) minimal computing cost. The techniques employed by multiprocessor operating systems to achieve this goal take advantage of an inherent processing versus input/output balance in the workload to produce (152) and (153) . loading of system (154)

A:balance B:balanced C:balances D:balancing

MIMD systems can be classified into (150) -oriented systems, high-availability systems and response-oriented systems.
The goal of (150) -oriented multiprocessing is to obtain high (150) (151) minimal computing cost. The techniques employed by multiprocessor operating systems to achieve this goal take advantage of an inherent processing versus input/output balance in the workload to produce (152) and (153) . loading of system (154)

A:balance B:balanced C:balances D:balancing