YOU SAID:
Temporary rest ノ Third elementary school students ノ Chinese language second level students ノ National Chinese high school second level students ノ History high school first level students ノ Arithmetic and calligraphy
INTO JAPANESE
臨時休業 ノ 小学3年生 ノ 中国語2級生 ノ 国立中国語高等学校2級生 ノ 歴史高校1級生 ノ 算数・書道
BACK INTO ENGLISH
Temporary closure No. 3rd grade elementary school students No. 2nd grade Chinese students No. National Chinese High School 2nd grade students No. History high school 1st grade students No. Mathematics and calligraphy
INTO JAPANESE
臨時休業 人数 小学3年生 人数 中国語2年生 人数 国立中国高等学校2年生 人数 歴史高校1年生 人数 数学・書道
BACK INTO ENGLISH
Temporary closure No. 3rd grade elementary school No. 2nd grade Chinese No. 2nd grade at National Chinese High School No. 1st grade at History High School
INTO JAPANESE
臨時休校 No. 小学校3年生 No. 中国語2年生 No. 国立中国高等学校2年生 No. 歴史高等学校1年生
BACK INTO ENGLISH
Temporary school closure No. Elementary school 3rd grade No. Chinese 2nd grade No. National Chinese High School 2nd grade No. History high school 1st grade
INTO JAPANESE
臨時休校 No. 小学校3年生 No. 中国語2年生 No. 国立中国語高等学校2年生 No. 歴史高校1年生
BACK INTO ENGLISH
Temporary school closure No. 3rd grade elementary school No. 2nd grade Chinese No. 2nd grade Chinese high school No. 1st grade history high school
INTO JAPANESE
臨時休校 No. 小学校3年生 No. 中国語2年生 No. 中国高校2年生 No. 歴史高校1年生
BACK INTO ENGLISH
Temporary school closure No. Elementary school 3rd grade No. Chinese 2nd grade No. Chinese high school 2nd grade No. History high school 1st grade
INTO JAPANESE
臨時休校 No. 小学校3年生 No. 中国語2年生 No. 中国語高校2年生 No. 歴史高校1年生
BACK INTO ENGLISH
Temporary school closure No. 3rd grade elementary school No. 2nd grade Chinese No. 2nd grade Chinese high school No. 1st grade history high school
INTO JAPANESE
臨時休校 No. 小学校3年生 No. 中国語2年生 No. 中国高校2年生 No. 歴史高校1年生
BACK INTO ENGLISH
Temporary school closure No. Elementary school 3rd grade No. Chinese 2nd grade No. Chinese high school 2nd grade No. History high school 1st grade
INTO JAPANESE
臨時休校 No. 小学校3年生 No. 中国語2年生 No. 中国語高校2年生 No. 歴史高校1年生
it is unlikely that this phrase will ever reach equilibrium