Top Banner
28

r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.

Jan 15, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 2: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 3: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 4: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 5: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 6: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 7: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 8: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 9: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 10: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 11: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 12: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 13: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 14: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 15: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 16: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 17: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 18: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 19: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 20: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 21: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 22: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 23: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 24: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 25: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 26: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 27: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.
Page 28: r-Duncan Solutions g make it appear to be by u reduplication rule :ases it appears that the )int where the morpho sr example, although a both u regular affix and later in the derivation.