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[单选题]

The consonant /v/ would be pronounced as （) in Japanese English.

A./v/

B./f/

C./b/

D.None of the above

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发布时间：2022-11-13

更多“The consonant /v/ would be pronounced as ( ) in Japanese English.”相关的问题

第1题

A vowel is different from a consonant in English because ofA．absence of obstruction.B．pres

A vowel is different from a consonant in English because of

A．absence of obstruction.

B．presence of obstruction.

C．manner of articulation.

D．place of articulation.

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第2题

According to______, when there is a choice as to where to place a consonant, it is put int

o the onset rather than the coda.

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第3题

Consonant articulations are relatively easy to feel, and as a result are most conveniently

described in terms of place and______of articulation.

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第4题

Which of the following is a voiceless consonant？A．[j].B．[w].C．[p].D．[1].

Which of the following is a voiceless consonant？

A．[j].

B．[w].

C．[p].

D．[1].

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第5题

The consonant /s/ in the word "smile" can be described as:A．voiceless oral alveolar fricat

The consonant /s/ in the word "smile" can be described as:

A．voiceless oral alveolar fricative

B．voiceless nasal bilabial liquid

C．voiced oral alveolar plosive

D．voiced oral bilabial fricative

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第6题

Bilabial consonant is produced when the obstruction is partial and the air is forced throu

gh a narrow passage.（对外经贸2006研)

此题为判断题(对，错)。

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第7题

If the air stream meets with no obstruction when a sound is pronounced, it is a（n)A．voiced

If the air stream meets with no obstruction when a sound is pronounced, it is a(n)

A．voiced consonant.

B．voiceless consonant

C．vowel.

D．explosive.

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第8题

The key to pleasant music may be that it pleases our neurons. A new model suggests that【C1

】______musical intervals trigger a rhythmically【C2】______ firing pattern in certain auditory neurons, and that sweet sounds carry more information than【C3】______ones. 【C4】______ the time of the ancient Greeks, we have known that two tones whose【C5】______ were related by a simple ratio like 2:1 or 3: 2 produce the most pleasing, or consonant, musical intervals. This effect doesnt depend on musical【C6】______—infants and even monkeys can hear the difference. But it was unclear whether consonant chords are easier on the ears【C7】______the way the sound waves combine in the air, or the way our brains【C8】______ them to electrical impulses. A new mathematical model presents a strong【C9】______for the brain. "We have found that the reason for this difference is【C10】______at the level of neurons," says Yuriy Ushakov at the N. I. Lobachevsky State University of Nizhniy Novgorod in Russia. Ushakov and colleagues considered a simple mathematical model of the way sound 【C11】______from the ear to the brain. In their model, two sensory neurons 【C12】______ to different tones. Each sends an electrical signal to a third neuron, called an interneuron, which sends a final signal to the brain. The models interneuron fires【C13】______ it receives input from【C14】______ or both sensory neurons.【C15】______, the signals from the sensory neurons arrive at the same time if the tone is consonant, and so the interneuron still fires just once, then waits until it "【C16】______" before it fires again. The result is a(n) 【C17】______train of pulses. 【C18】______, the signals from harsh tones arrive at【C19】______times and so generate an【C20】______ spaced train of pulses in the interneuron.

【C1】

A．harmonious

B．soothing

C．comfortable

D．inspiring

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第9题

warrn A. ／wo:rn／ B. ／wa:rn／ C. ／wa:rn／

A.A. /wo:rn/

B.B. /wa:rn/

C.C. /wa:rn/

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