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Equation 810 shows that the torque is a variable function of the displacement of the y follower and the converted velocity (or the slope of the cam surface) and is also w dependent on the coef cient of friction and on the base circle radius of the cam In Eq 810 the total load Fn is variable: it is the result of the weight and the loading of the follower and the resistance, the inertia, and the spring forces If the relationship between Fn and the displacement of the follower is known, the cam-driving torque at each instant, its maximum and minimum values, and the average torque can easily be found

12:

class GenDictionaryDemo { static void Main() { // Create a Dictionary that holds employee // names and their corresponding salary Dictionary<string, double> dict = new Dictionary<string, double>(); // Add elements to the collection dictAdd("Butler, John", 73000); dictAdd("Swartz, Sarah", 59000); dictAdd("Pyke, Thomas", 45000); dictAdd("Frank, Ed", 99000);

// Get a collection of the keys (names) ICollection<string> c = dictKeys; // Use the keys to obtain the values (salaries) foreach(string str in c) ConsoleWriteLine("{0}, Salary: {1:C}", str, dict[str]); } }

8113 Torque-Controlled Cams In many slow-speed cam-activated mechanisms, we can design the cam pro le to the desired input force and output torque relationships for a nite range of operation We will use a radial cam with a roller follower to illustrate this; see Chen (1982) and Garrett (1962) From Fig 811 we see that pressure angle tan a p = dr rdq

Part II:

Here is the output:

Butler, John, Salary: $73,00000 Swartz, Sarah, Salary: $59,00000 Pyke, Thomas, Salary: $45,00000 Frank, Ed, Salary: $99,00000

where r = distance from cam center to roller follower center, in Substituting this into Eq (85) gives torque T= Ldr dq (811)

Extracting row count information requires a full table scan against each table It can be slow to generate this information for fact tables that contain millions of rows of data, as it does a SELECT COUNT(*) against the table Therefore, when you turn on the option to display the row counts, Designer does not automatically fetch these numbers To fetch the numbers, ensure that your mouse is not on any one table, and then select View | Number Of Rows In Table Designer will ask you if you want to set or detect row counts for all tables Click OK Select Refresh row count for all tables, as shown here:

The SortedDictionary<TKey, TValue> class stores key/value pairs and is similar to Dictionary<TKey, TValue> except that it is sorted by key SortedDictionary<TKey, TValue> implements IDictionary, IDictionary<TKey, TValue>, ICollection, ICollection<KeyValuePair<TKey, TValue>>, IEnumerable, and IEnumerable<KeyValuePair<TKey, TValue>> SortedDictionary<TKey, TValue> provides the following constructors: public SortedDictionary( ) public SortedDictionary(IDictionary<TKey, TValue> dictionary) public SortedDictionary(IComparer<TKey> comparer) public SortedDictionary(IDictionary<TKey, TValue> dictionary, IComparer<TKey> comparer) The first constructor creates an empty dictionary The second creates a dictionary that contains the same elements as those in dictionary The third lets you specify the IComparer that the dictionary will use for sorting, and the fourth lets you initialize the dictionary and specify the IComparer SortedDictionary<TKey, TValue> defines several methods A sampling is shown in Table 25-18

Part II:

The Modify Manually Tables Row Count option allows you to enter manually the number of rows for an individual table This can be useful if you are working with test data and you want to enter expected rows or if you know the approximate row counts for large fact tables and you do not want to wait for Designer to extract this information The row count information is used in two ways: First, it helps you as the designer understand when you are joining large tables together Second, when generating the SQL for a query, the SQL generated will list the largest table first in the FROM section of a SQL statement to make queries run faster Databases that do not have an optimizer will benefit from careful ordering of tables in the SQL statements Databases such as Oracle and DB2 have an optimizer, so there is no need to spend time modifying row counts (unless you are using the rule-based optimizer) The row count information works in conjunction with the REVERSE_TABLE_WEIGHT parameter in the databaseprm file By default, this parameter is set to Y to list tables largest to smallest If you wish to have smaller tables appear first in the FROM section of the SQL statement, set this parameter to N

If a design requires that the output torque T be proportional to the angle of rotation q while the input force be proportional to the follower displacement, then T = Ti + C1q L = Li + C2 ( r - ri ) (812) (813)