In Listing 9, t1 heading: count.
在清单9中，t1heading：count。
And t2 prime must be the same as t1.
那么t2必在与t1相等。
Consider three tables, T1, T2 and T3.
考虑3个表：t1、T2和T3。
I've got reactants and calorimeter at T1.
我有T1下的反应物和量热计。
So delta u B is Cv times T2 minus T1, right.
是Cv乘以，对吧？
For example, schema_map ((s1, t1), (s2, t2)).
例如，schema_map ((s 1,t1)，(s 2,t2))。
So I'll start at some initial temperature, T1.
那么我从某个初始温度T1开始。
That stands for average between time t1 and time t2.
来表示t1和t2间的，均值。
And I'll tell you that the object is here at time t1.
已知时间为t1时，物体在这里。
For example: 50 absolute users starting to run at time T1.
例如：50位用户在T1时间点开始运行。
So you have log of a reference point, T1 here is a number.
所以你有一个参考点p1的对数，这里T1也是一个数字。
For the above query, the predicate on t1.pending is unknown.
在上面的查询，t1 .pending断言的值是未知的。
Limited micro-partitioning - Four partitions on T1, 8 on t2.
有限的微分区——t1上4个，t2上8个。
T1 I will have a timing t1 and I will have a timing t prime.
我计时，也会为t计时。
Assume there is an index T1X on (c2, c1) columns of a table T1.
假设在表t 1的(c 2,c1)列上有一个索引t1x。
At time t1, the client request R1 for a resource reaches the server.
在t1时刻，客户端的资源请求R1到达服务器。
t2 In our case, t1 to t2 here 0 notice the velocity is zero as a start.
请看我们的例子里的t1和,请注意初始速度为。
For example, assume you have a table named T1 with the following contents.
假设有一个名为t1的表，其中有以下内容。
So if you rearrange your equations so p1, T1 are now some reference point.
如果你重写这个方程，让p1和T1变成参考点。
t1 Yeah, and so, when I plug in t1, I get the point where I am at time t1.
当然，当我代入，可以得到t1时刻的点。
Issue the following SQL statement to see the ID and XML data in the T1 table.
发出以下sql语句查看t1表中的ID和XML数据。
The statement above at label A shows table t1 with two columns: col1 and col2.
以上标签A 的语句表示包含col1和col2两个列的表t1。
T1 So you will find here the tension-- call it T1-- which is about 20 newtons.
这里张力记为-,20N左右。
From the access plan, IXSCAN (3) shows one row is expected to be returned from T1.
在上面的存取计划中，IXSCAN(3)显示T1预期会返回一行记录。
This causes t1 to request a lock on MCL2 and wait until that lock can be obtained.
这造成t1请求mcl2上的锁，并一直等候到可以得到锁为止。
In the above, T1 is the fact table with FK-PK relationship with dimension tables T2 and T3.
其中，T1是与维表t2和t3有fk - PK关系的事实表。
The current scenario would result in T1, T2 and T3 having 1000, 100 and 10 rows respectively.
现在，T1、T2和T3 将分别有 1000、100 和10 个行。
Consider the simple example of two statements targeted for table T1 - CREATE table T1 (C1 INT).
考虑一个简单的例子，例子中有两个以表t 1为目标的语句——CREATETABLET1 (C1INT)。
As you can see, t2 has reached the point where it has loaded class c, and t1 has loaded class a.
可以看出，t2到达的点已经装入了类c，而t1已经装入了类a。
The following commands create the T1 table and import the XML data in Listing 2 into the T1 table.
以下命令创建表t 1并将清单2中的XML数据导入表t1。
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