aspirated t
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1000-hours/public/audios/time-uk.mp3
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1000-hours/public/audios/time-uk.mp3
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1000-hours/public/audios/time-us.mp3
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1000-hours/public/audios/time-us.mp3
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@@ -31,7 +31,7 @@
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},
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{
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"cell_type": "code",
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"execution_count": 3,
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"execution_count": 4,
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"id": "9aad6634-e833-4ec4-b285-84e051329712",
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"metadata": {},
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"outputs": [
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@@ -49,7 +49,7 @@
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"import pygame\n",
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"\n",
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"TEXT = \"\"\"\n",
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"didn't,wouldn't,rhythm\n",
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"time\n",
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"\"\"\"\n",
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"\n",
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"Wordlist = TEXT.split(\",\")\n",
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@@ -12,6 +12,6 @@
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而 `t, d, s, z` 这四个辅音发声时起始的**舌尖位置**,同样影响基于它们的另外三个辅音,`ʃ, tʃ, dʒ`…… 比较有趣的是,中文的普通话里恰好有对应的**卷舌音**,`sh, ch, zh`。找对发这三个声母发声时起始的舌尖位置,从那里开始读英文的 `t, d, s, z` 就对了。只不过,有一点点的区别,中文的 `sh, zh` 舌尖顶着上颚,同样的方式读出来的是英文的 `ʃ, dʒ`。而英文的 `s, z` 离上颚还有一点距离,但,不像中文的 `s, z` 那样靠近牙齿。
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另外,美国人在说 `t` 这个辅音的时候,经常会把它读成**送气音**(*asperated*),即,发着 `h` 的音读出,比如 *time* `/tʰaɪm/`。
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另外,美国人在说 `t` 这个辅音的时候,经常会把它读成**送气音**(*asperated*),即,发着 `h` 的音读出,比如 *time* `/tʰaɪm/`<span class="speak-word-inline" data-audio-uk="/audios/time-uk.mp3" data-audio-us="/audios/time-us.mp3"></span>。
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对中文普通话使用者来说,必须为这几个辅音学习新的发声方式。可以用 *students* `/ˈstudənts/` <span class="speak-word-inline" data-audio-uk="/audios/students-uk.mp3" data-audio-us="/audios/students-us.mp3"></span> 这个词作为起步反复练习。以后随时注意这些辅音发声时起始的 “舌尖位置”。
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