英语人>网络例句>mark 相关的网络例句
mark相关的网络例句
与 mark 相关的网络例句 [注:此内容来源于网络,仅供参考]

And so do Mark, Aristarchus, Demas and Luke, my fellow workers.

与我同工的马可,亚里达古,底马,路加,也都问你安。

My fellow prisoner Aristarchus sends you his greetings, as does Mark, the cousin of Barnabas.

与我一同坐监的亚里达古问你们安。巴拿巴的表弟马可也问你们安。

10 My fellow prisoner Aristarchus sends you his greetings, as does Mark, the cousin of Barnabas.

4:10 与我同坐监的亚里达古问你们安。巴拿巴的表弟马可也问你们安。

And so do Mark, Aristarchus, Demas, and Luke, my brother-workers.

与我同工的马可,亚里达古,底马,路加,也都问你安。

Then he mentions three Jewish friends, Aristarchus, Mark and Justus.

接著,他提到三位犹太人的朋友:亚里达古、马可和犹士都。

Phlm. 24 As do Mark, Aristarchus, Demas, Luke, my fellow workers.

门24 我的同工马可、亚里达古、底马、路加,也都问你安。

As do Mark, Aristarchus, Demas, Luke, my fellow workers.

1:24 我的同工马可、亚里达古、底马、路加,也都问你安。

Aristarchus my fellow prisoner greets you, and Mark the cousin of Barnabas concerning whom you have received instructions--if he comes to you, welcome him

与我一同坐监的亚里达古问你们安。巴拿巴的表弟马可也问你们安。(说到这马可,你们已经受了吩咐;他若到了你们那里,你们就接待他。

Aristarchus, my fellow prisoner, greets you, as well as Mark, the cousin of Barnabas, concerning whom you received commandments, If he comes to you, receive him

4:10 与我一同坐监的亚里达古问你们安。巴拿巴的表弟马可也问你们安。(说到这马可,你们已经受了吩咐,他若到了你们那里,你们就接待他。

That's why armies mark it as a principle.

这也是为什么攻击性作为军队的一个重要标志。

第36/50页 首页 < ... 32 33 34 35 36 37 38 39 40 ... > 尾页
相关中文对照歌词
Do You Like My New Car?
Mark My Words
Biz Dance, Pt. 1 (Special Marley Marl Remix)
Return Of The Biz Dance
Go
Marked
Learning "Penis Dimension"
Beer Shampoo
Let's Make Tonight Special
Positivity
推荐网络例句

There are different types of personal loans available.

有许多不同类型的个人贷款优惠。

The above mentioned teaching model of spiral rising can be used to avoid rigidness in teaching.

上述螺旋式上升的教学模式,可以避免教学形成模式後的僵化现象。

In addition, the mass transfer process of main components in the heat pump cycle, such as a generator and an absorber, is analyzed, and the mass trasfer model, the relation of its separation effectiveness with the thermodynamic inconvertibility are described.

根据热力学第一、二定律,从理论上建立了描述该类热泵的数学模型。从热力学不可逆性原理出发,分析了热泵循环过程的热力学不可逆性引起的〓损失。