Fix an element a E /V and ß Wv. Show that the 'product, aß defines a linear map
Fix an element a E /V and ß Wv. Show that the 'product, aß defines a linear map
Show whether the circuit given in the figure is the working
point for ß = 2 and ß = -2 by drawing on the v-i
characteristic.
3 + Vr = Bir +1
Given ß = XIxnAnxnXnx1, show that the gradient of ß with respect to X has the following form: VB = XT (A + AT). Also, simplify the above result when A is symmetric. (Hint: ß can be written as 1–1 1–1 QijX;X;).
please step by step
Question V (B+ Trees) (16 pts] Consider the following B+ Tree where M=4 and L=5 2000 12|17| 271D I Show the B+ Tree after each one of the following operations (note that all operations are independent, that is, in b perform the operation on the original B+ Tree, not the one obtained after performing the operation in a). a) Delete(29) b) Insert(6), Insert(7), Insert(8) (show only the B+ Tree after all 3 operations)
Remove Z from the following B-tree with a minimum of 1. Be sure
to show all steps.
Remove z from the following B-tree with a minimum of 1. Be sure to show all steps.
For the given circuit; ß= 100. (1+B)=B, capacitors are short circuit in a.c. Determine VBQ,'EQ ICQ, VCEQ- Replace the circuit with the small signal re equiv. model, calculate re: V. To Determine A, V Calculate Z; and Z, What type of configuration is this network? A 12V 56 >80 L С th fon C 59 30k 49
Consider the B+ tree shown in the following as an original tree. 73 85 1 2 5 6 8 1 32 39 41 45 52 58 73 91 99 Answer the following questions: 1) (2 marks) There are currently 18 records in this tree. How many additional records could be added to this tree without changing its height (give the maximum possible number)? (3 marks) Show the B+ tree after inserting a data entry with key 3 into the original...
1. (a) Given the following numbers in the given order, show the AVL tree. Show the steps as you do any rotations. 100, 200, 150, 170, 165, 180, 220, 163, 164 (b) Show the pre-order traversal of this AVL tree. (c) (JAVA) Write the AVL tree code and insert the above numbers. Show the screen shot of the pre-order traversal of the resulting tree. Compare the result with the previous question.
[Index structure: B+ tree and B tree]
(b). B+ tree index structure is said to be an improvement of B
tree index structure. The most important distinction between them
is that data record pointers exist in both internal and leaf nodes
(i.e., blocks) for a B tree whereas only in the leaf nodes for a B+
tree. Explain why this distinction would make B+ tree a more
efficient structure (in terms of index search speed) overall than a
B tree...
Question 8 21 REFR The transistor parameters are ß-180 and VEB0.7 V. Also given R1-43k If VA-80 V. determine the % change in Io if VEC2 changes by 4 V 496 296 19% 896 36 75%
Question 8 21 REFR The transistor parameters are ß-180 and VEB0.7 V. Also given R1-43k If VA-80 V. determine the % change in Io if VEC2 changes by 4 V 496 296 19% 896 36 75%