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[主观题]

Mathematical ability and musical ability may not seem on the surface to be connected, but

people who have researched the subject--and studied the brain--say that they are. Three quarters of the bright but speech-delayed children in the group I studied had a close relative who played a musical instrument. The children themselves usually took readily to math and other analytical subject and to music.

Black, white and Asian children in this group show the same patterns. However, it is clear that blacks have been greatly overrepresented in the development of American popular music and greatly underrepresented in such fields as mathematics, science and engineering.

If the abilities required in analytical fields and in music are so closely related, how can there be this great discrepancy? One reason is that the development of mathematical and other such abilities requires years of formal training, as has happened with a number of well-known black musicians.

It is precisely in those kinds of music where one can acquire great skill without formal training that blacks have excelled, popular music rather than classical music, piano rather than violin, blues rather than opera. This is readily understandable, given that most blacks, for most of American history, have not had either the money or the leisure for long years of formal study in music.

Blacks have not merely held their own in American popular music. They have played a disproportionately large role in the development of jazz, both traditional and modern. A long string of names comes to mind-- Louis Armstrong, Charlie Parker... and so on.

None of this presupposes any special innate ability of blacks in music. On the contrary, it is perfectly consisted with blacks having no more such inborn ability than anyone else, but being limited to being able to express such ability in narrower channels than others who have had the money, the time and the formal education to spread out over a wider range of music, as well as into mathematics, science and engineering.

What is the main idea of the first paragraph?

A.Mathematical ability and musical ability are connected.

B.Mathematical ability has more to do with the brain than musical ability.

C.More people are good at music than math.

D.More research should be done into the relationship between mathematical ability and musical ability.

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更多“Mathematical ability and musical ability may not seem on the surface to be connected, but”相关的问题

第1题

关于晚期肺癌压迫侵犯邻近器官、组织时,不正确的是A、侵犯膈神经,引起同侧膈肌麻痹B、侵犯喉返神经,

关于晚期肺癌压迫侵犯邻近器官、组织时,不正确的是

A、侵犯膈神经,引起同侧膈肌麻痹

B、侵犯喉返神经,引起声带麻痹,声音嘶哑

C、骨关节病综合征

D、侵犯胸膜,引起胸膜腔积液

E、侵入纵隔,压迫食管,引起吞咽困难

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第2题

晚期肺癌可产生的征象()

A.压迫或侵犯喉返神经,引起声带麻痹、声音嘶哑

B.压迫下腔静脉,引起下腔静脉综合征

C.侵犯胸膜,可引起胸膜腔积液

D.癌肿侵入纵膈,压迫食管,引起吞咽困难

E.颈交感神经综合征

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第3题

关于晚期肺癌压迫侵犯邻近器官、组织时,说法不正确的是A、侵犯膈神经,引起同侧膈肌麻痹B、侵犯喉返

关于晚期肺癌压迫侵犯邻近器官、组织时,说法不正确的是

A、侵犯膈神经,引起同侧膈肌麻痹

B、侵犯喉返神经,引起声带麻痹、声音嘶哑

C、引起骨关节病综合征

D、侵犯胸膜,引起胸膜腔积液

E、侵入纵隔,压迫食管,引起吞咽困难

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第4题

晚期肺癌压迫侵犯邻近器官、组织或发生远处转移时,可产生的征象()

A.压迫或侵犯喉返神经,引起声带麻痹、声音嘶哑

B.压迫上腔静脉,引起上腔静脉综合征

C.侵犯胸膜,可引起胸膜腔积液

D.癌肿侵入纵膈,压迫食管,引起吞咽困难

E.颈交感神经综合征

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第5题

晚期肺癌压迫侵犯邻近器官、组织或发生远处转移时,可产生征象()

A.压迫或侵犯喉返神经,引起声带麻痹、声音嘶哑

B.压迫上腔静脉,引起上腔静脉综合征

C.侵犯胸膜,可引起胸膜腔积液

D.癌肿侵入纵膈,压迫食管,引起吞咽困难

E.颈交感神经综合征

点击查看答案

第6题

晚期肺癌压迫侵犯邻近器官、组织或发生远处转移时,可产生下列征象()

A.压迫或侵犯喉返神经,引起声带麻痹、声音嘶哑

B.压迫上腔静脉,引起上腔静脉综合征

C.侵犯胸膜,可引起胸膜腔积液

D.癌肿侵入纵膈,压迫食管,引起吞咽困难

E.颈交感神经综合征

点击查看答案

第7题

晚期肺癌压迫侵犯邻近器官、组织或发生远处转移时,下列征象正确的是()

A.侵犯膈神经,引起同侧膈肌麻痹

B.侵犯喉返神经,引起声带麻痹,声音嘶哑

C.骨关节病综合征

D.侵入纵隔,压迫食管,引起吞咽困难

点击查看答案

第8题

晚期肺癌压迫侵犯邻近器官、组织或发生远处转移时,所引起征象不包括A、侵犯膈神经,引起同侧膈肌麻

晚期肺癌压迫侵犯邻近器官、组织或发生远处转移时,所引起征象不包括

A、侵犯膈神经,引起同侧膈肌麻痹

B、侵犯喉返神经,引起声带麻痹,声音嘶哑

C、侵入纵隔,压迫食管,引起吞咽困难

D、侵犯胸膜,引起胸膜腔积液

E、骨关节病综合征

点击查看答案

第9题

关于晚期肺癌压迫侵犯临近器官、组织或发生远处转移时,下列征象不正确的()

A.侵犯膈神经,引起同侧膈肌麻痹

B.侵犯喉返神经,引起声带麻痹,声音嘶哑

C.骨关节病综合征

D.侵犯胸膜,引起胸膜腔积液

E.侵入纵隔,压迫食管,引起吞咽困难

点击查看答案
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