25. Binet's formula tells you that F n is asymptotic to 1 5 ϕ n, where ϕ = 1 + 5 2 is the golden ratio. So to check if a **number** x is a Fibonacci **number** you should compute n = log ( 5 x) log ϕ. If this **number** **is** very close to an integer then x should be very close to the Fibonacci **number** F [ n] where [ n] denotes the closest integer to n. Output: The **array** elements are : [12, **2**, 34, 20, 54, 6] The second **smallest** element of the **array** is : 6 Method-1: Java Program to Find the Second **Smallest Number** in an **Array** By. To obtain a maximal grating lobe free scanning range, the arrays presented in this paper use an inter-element spacing of λ 0 /2, where λ 0 is the free space wavelength. Thus, a 64 × 64 element array would yield an antenna size of 480 × 480 mm 2 at 20 GHz and 320 × 320 mm 2 at 30 GHz. Table 2. . A **good array** is an **array** where the **number** of different integers in that **array** is exactly k. For example, [1,**2**,3,1,**2**] has 3 different integers: 1, **2**, and 3. A subarray is a contiguous part of an. Moves are **possible** in **only** four directions i. Dijkstra's Algorithm Subject is algorithm I have done some work on the project but I need help with **shortest** path e in a DICTIONARY [Python3] 3 def BFS (graph,start,end,q): temp_path = [start] def BFS (graph,start,end,q): temp_path = [start]. Python Program to. You are given an **array** arr [] of N integers including 0. The task is to find the **smallest** positive **number** missing from the **array**. Note: Expected solution in O (n) time using constant extra. You are given an **array** arr [] of N integers including 0. The task is to find the **smallest** positive **number** missing from the **array**. Note: Expected solution in O (n) time using constant extra. 1. **Arrays**. An **array** is a structure of fixed-size, which can hold items of the same data type. It can be an **array** of integers, an **array** of floating-point **numbers**, an **array** of strings or even an **array** of **arrays** (such as **2**-dimensional **arrays**). **Arrays** are indexed, meaning that random access is **possible**. 5. The missing **number** **is**: 3. Write a Java Program to check if any **number** **is** **a** magic **number** or not. A **number** **is** said to be a magic **number** if after doing the sum of digits in each step and in turn doing the sum of digits of that sum, the ultimate result (when there is only one digit left) is 1. It **only** copies what it can, paying attention to the lengths of both arguments. In other words, the **number** of elements it copies is the minimum of the lengths of the **two** slices. This can save a little bookkeeping. Also, copy returns an integer value, the **number** of elements it copied, although it’s not always worth checking. Your task is to print all indices j of this **array** such that after removing the j -th element from the **array** it will be **good** (let's call such indices nice ). For example, if a = [ 8, 3, 5, 2], the nice indices are 1 and 4: if you remove a 1, the **array** will look like [ 3, 5, 2] and it is **good**; if you remove a 4, the **array** will look like [ 8, 3, 5 .... For a **number** N, a goodArray is the **smallest possible array that consists of only powers of two** (20, 21 ... 2k) such that the sum of all the **numbers** in the **array** is equal to N. For each query. C++ **Number** Solved Programs. C++ Program to calculate sum and average of three **numbers**. C++ Program to raise any **number** X to **power** N. C++ Program to Add **Two Numbers**. C++ Program to find Square Root of a **number**. C++ Program to Check given **number** is Even or Odd. C++ Program to Check given **number** is Prime **number** or not.

# For a number a good array is the smallest possible array that consists of only powers of two

**A** data structure is a systematic way of organizing and accessing data, and an algorithm is a step-by-step procedure for performing some task in a finite amount of time. To classify some data structures and algorithms as "**good**", we must have precise ways of analyzing them. Analyzing the efficiency of a program involves characterizing the running. Given an **array** of positive integers, find the **smallest** subarray's length whose sum of elements is greater than a given **number** `k`. ... // Utility function to find a minimum **of two numbers**. int min. Slices are a lightweight and variable-length sequence Go data structure that is more powerful, flexible and convenient than **arrays**. The slices also support storing multiple elements of the same type in a single variable, just as **arrays** do. Slices, on the other hand, permit you to change the length whenever you like. The 3000 Series regulator is best used for low pressure applications with exceptionally high flow rates. They are ideally suited for batch ovens, furnaces, boilers and other applications. To ensure quickest delivery the following regulators are stock: Series 3000 Regulators with 3-7" W.C. Spring, 1-1/**2** NPT, **2**" NPT, 3" flanged ANSI 125 lb., 4.ProReck Club 4000 PA System Setup &. As each **number** is read, display it **only** if it is not a duplicate of a **number** already read. Provide for the "worst case," in which all five **numbers** are different. Use the **smallest possible array** to solve this problem. Display the complete set of unique values input. Then we find the **smallest** non-zero **number** from the **array** in O (10). After that we are rearranging the digits to create the **smallest number** in O (10 * logn). Time complexity is O (logn + 10+. Check the lowest 5 bits of the input **number** n and generate the corresponding **powers** **of** 2 in an **array**. So for instance for n = 13 we get [1, 4, 8] Divide n by 32 ignoring the above-mentioned bits (floor). Add to the above **array** **as** many values of 32 as n modulo 32. So for example for input = 77 we get [1, 4, 8, 32, 32]. 1250. Check If It Is a **Good Array** 1251. Average Selling Price 1252. Cells with Odd Values in a Matrix 1253. Reconstruct a **2**-Row Binary Matrix 1254. **Number** of Closed Islands 1255.. GoodArray For a **number** N, a goodArray is the **smallest possible array that consists of only powers of two** (20, 21 ... 2k) such that the sum of all the **numbers** in the **array** is equal to N. For. Mar 12, 2014 · This is because we can break it up by its digits like so: 1234 = 1 * 10^3 + 2 * 10^2 + 3 * 10^1 + 4 * 10^0. The **powers** of 10 would be "basis" elements of the base-10 numbering system, if you know linear algebra. In this way, base-10 **numbers** are like **arrays** consisting **of only** values from 0 to 9 inclusively.. **The** binary heap is a data structure that can efficiently support the basic priority-queue operations. In a binary heap, the items are stored in an **array** such that each key is guaranteed to be larger than (or equal to) the keys at two other specific positions. In turn, each of those keys must be larger than two more keys, and so forth. The 8×8 UPA offers another 9 dB over any of the two linear arrays, and the main lobe widths are narrow in both the vertical and horizontal planes. To sum up, for basic beam steering with a UPA, the array factor can be factored into an array factor. It is shown that the steering vector mainly depends on the **number** of antenna elements, the **array** configuration and inner-antenna spacing. Based on these expressions, the antenna **array** directivity/gain, effective interference and the achievable rate will be investigated in the following section. 3 Performance analysis of **array** antennas. The left part of the **array** is sorted and **smallest number** exists in the right part. Else If ( **array**[0] <= arr[mid] ), where mid is the index of the middle **number**, the **smallest number** exist in the right. For a **number** N, a goodArray is the **smallest possible array that consists of only powers of two** (20, 2¹ ... 2k) such that the sum of all the **numbers** in the **array** is equal to N. For each query. It is shown that the steering vector mainly depends on the **number** of antenna elements, the **array** configuration and inner-antenna spacing. Based on these expressions, the antenna **array** directivity/gain, effective interference and the achievable rate will be investigated in the following section. 3 Performance analysis of **array** antennas. Top k sums of two sorted **arrays**. Given two sorted **arrays** **a**[] and b[], each of length n, find the largest k sums of the form a[i] + b[j]. Hint: Using a priority queue (similar to the taxicab problem), you can achieve an O(k log n) algorithm. Surprisingly, it is **possible** to do it in O(k) time but the algorithm is complicated. It is shown that the steering vector mainly depends on the **number** of antenna elements, the **array** configuration and inner-antenna spacing. Based on these expressions, the antenna **array** directivity/gain, effective interference and the achievable rate will be investigated in the following section. 3 Performance analysis of **array** antennas. For a **number** N, a goodArray is the **smallest possible array that consists of only powers of two** (20, 2¹ ... 2k) such that the sum of all the **numbers** in the **array** is equal to N. For. **A** floating-point unit (FPU, colloquially a math coprocessor) is a part of a computer system specially designed to carry out operations on floating-point **numbers**. Contents 1 Overview 1.1 Floating-point **numbers** 1.2 Alternatives to floating-point **numbers** 1.3 History 2 Range of floating-point **numbers** 3 IEEE 754: floating point in modern computers. Dec 06, 2016 · For reducing, remove **two** elements from the **array**, add those **two** **numbers** and keep the sum back in the **array**. The cost of each operation is the sum of the elements removed in that step. Example, let the **array** A = [1,2,3] Then, we can remove 1 and 2, add both of them and keep the sum back in **array**. Cost of this step would be (1+2) = 3.. The powerof2 in class Inner.Private checks whether a **number** is a **power of 2**. ... we need to find the **number** of ways that 10 can be represented as the sum of squares of unique **numbers**. 10 = 1 **2** + 3 **2**. This is the **only** way in which 10 can be expressed as the sum of unique squares. Jan 17, 2022 · 2D **Array** ( **two** dimensional **array**). A packet arrives that has the expected sequence **number**: Send an acknowledgment for the packet to the network layer and toggle the expected sequence **number**.. Feb 15, 2022 · Errors can happen when a record of a data source is changed. Many causes are **possible**, including network outages, inadequate permissions, and edit conflicts. The Patch. Nov 12, 2018 · **Good** Solution. def arrayManipulation (n, queries): arr = [0]*n for i in queries: for j in range (i [0], i [1] + 1): arr [j - 1] += i [2] return max (arr) We loop over the rows in the query, and then sub-loop over the elements of the **array** than need summation. This approach works, but it will not pass (in an acceptable amount of time) the higher .... Dec 06, 2016 · For reducing, remove **two** elements from the **array**, add those **two** **numbers** and keep the sum back in the **array**. The cost of each operation is the sum of the elements removed in that step. Example, let the **array** A = [1,2,3] Then, we can remove 1 and 2, add both of them and keep the sum back in **array**. Cost of this step would be (1+2) = 3.. **Smallest** context-free grammar for **powers** **of** two summing to $2^k$ Ask Question Asked ... {i-2^j}\mid\dots$. This has the same **number** **of** nonterminals, but total size about $2^kk$, and as a bonus, it is a regular ... $\begingroup$ @holf Let's say I'd offer a **good** beer for a $2^k$ lower bound, but only a bottle of sparkling water for a $2. Introduction: This problem involves a bit of lateral thinking. The last occurrence of any character is also the first occurrence of that character in the string when it is reversed! All of the solutions (bar one) use this approach. For all of the 5 solutions presented, we have the following (a fiddle with all the code below is available here.An individual fiddle with each. Moves are **possible** in **only** four directions i. Dijkstra's Algorithm Subject is algorithm I have done some work on the project but I need help with **shortest** path e in a DICTIONARY [Python3] 3 def BFS (graph,start,end,q): temp_path = [start] def BFS (graph,start,end,q): temp_path = [start]. Python Program to. To obtain a maximal grating lobe free scanning range, the arrays presented in this paper use an inter-element spacing of λ 0 /2, where λ 0 is the free space wavelength. Thus, a 64 × 64 element array would yield an antenna size of 480 × 480 mm 2 at 20 GHz and 320 × 320 mm 2 at 30 GHz. Table 2. Solution Steps. Create max and min variables. Check for the size of the **array**. If odd, initialize min and max to the first element. If even, compare the elements and set min to the smaller value and max to the bigger value. 3. Traverse the **array** in pairs. 4. For each pair, compare the **two** elements and then.. 1. **Arrays**. An **array** is a structure of fixed-size, which can hold items of the same data type. It can be an **array** of integers, an **array** of floating-point **numbers**, an **array** of strings or even an **array** of **arrays** (such as **2**-dimensional **arrays**). **Arrays** are indexed, meaning that random access is **possible**. An **array** is formed by arranging a set of objects into rows and columns. Each column must contain the same **number** of objects as the other columns, and each row must have the same **number** as the other rows. The following **array**, consisting of four columns and three rows, could be used to represent the **number** sentence 3 x 4 = 12.. **For** instance, we have 1.2345 and want to round it to 2 digits, getting only 1.23. There are two ways to do so: Multiply-and-divide. For example, to round the **number** to the 2nd digit after the decimal, we can multiply the **number** by 100, call the rounding function and then divide it back. that, given an **array** A of N integers, returns the **smallest** positive integer (greater than 0) that does not occur in A. For example, given A = [1, 3, 6, 4, 1, **2**], the function should. A microstrip antenna array is one of the simplest forms of antennas available. The antenna consists of a single printed circuit board with an RF connector and perhaps an absorptive load. Microstrip antennas can be manufactured very inexpensively now that reasonably priced, closely controlled substrate materials are available. You are given an **array** arr [] of N integers including 0. The task is to find the **smallest** positive **number** missing from the **array**. Note: Expected solution in O (n) time using constant extra space. Here i take value 0 for any index 'i' indicating that it will not be the **smallest number**. Thus if original **array** contain 0 value then i change it to -1. **As** we show in the supplementary material, the **number** **of** distinct eigenvalues in an N × N bosonic **array** **is** given by 2 N − 1. Thus for example, while a uniform 4 × 4 structure has nine different. B. Even **Array**. You are given an **array** a [ 0 n − 1] of length n which **consists** of non-negative integers. Note that **array** indices start from zero. An **array** is called **good** if the parity of each index matches the parity of the element at that index. More formally, an **array** is **good** if for all i ( 0 ≤ i ≤ n − 1) the equality i mod 2 = a .... 1. The first line of the input contains a single integer T denoting the **number** of test cases. The description of T test cases follows. 2. The first line of each test case contains a single integer N. Output: For each test case, print the Nth **good** **number**. Constraints: 1. 1 <= T <= 100. 2. 1 <= N <= 104.. Understand the how and why See how to tackle your equations and why to use a particular method to solve it — making it easier for you to learn.; Learn from detailed step-by-step explanations Get walked through each step of the solution to know exactly what path gets you to the right answer.; Dig deeper into specific steps Our solver does what a calculator won't: breaking down key steps. There are 3 approaches to this solution: Let the sum be T and n be the size of **array**. Approach 1: The naive way to do this would be to check all combinations (n choose 2). This exhaustive search is O (n 2 ). Approach 2: A better way would be to sort the **array**. This takes O (n log n) Then for each x in **array** **A**, use binary search to look for T-x. A microstrip antenna array is one of the simplest forms of antennas available. The antenna consists of a single printed circuit board with an RF connector and perhaps an absorptive load. Microstrip antennas can be manufactured very inexpensively now that reasonably priced, closely controlled substrate materials are available. **A** floating-point unit (FPU, colloquially a math coprocessor) is a part of a computer system specially designed to carry out operations on floating-point **numbers**. Contents 1 Overview 1.1 Floating-point **numbers** 1.2 Alternatives to floating-point **numbers** 1.3 History 2 Range of floating-point **numbers** 3 IEEE 754: floating point in modern computers. **The** **array** can contain duplicates and negative **numbers** **as** well. For example, the input [3, 4, -1, 1] should give 2. The input [1, 2, 0] should give 3. You can modify the input **array** in-place. Solution, Problem 5, This problem was asked by Jane Street. Enforcement of all rules is **possible** **only** **for** **a** small weak set of rules or for a specific user community. ... A rule reference **number** - e.g., C.7 ... and for small objects (up to two or three words) it is also faster than passing by reference because it does not require an extra indirection to access from the function. Example. void f1(const. Program 2: Find the Total **Number of Distinct Elements in an Array**. The main concept behind this algorithm is that "In a sorted **array**, all duplicate elements group together in adjacent positions". Firstly sort the given **array** and then traverse the **array** from index 0 to N-1 where N is a natural **number**. Then, we will check if the current element .... Syntax is all **good**, **only** if you know the bash and UNIX in and out. This is the main reason why most people purchase bash and shell scripting books from O'reilly or Amazon. Rest of freeloaders depends upon Google and site like this to get information quickly. man pages are for gurus; for all new user examples are the best way to get started. However, the data associated with certain systems (a digital image, a board game, etc.) lives in **two** dimensions. To visualize this data, we need a multi-dimensional data structure, that is, a multi-dimensional **array**. A **two**-dimensional **array** is really nothing more than an **array** of **arrays** (a three-dimensional **array** is an **array** of **arrays** of **arrays**). where \(p\) and \(m\) are some chosen, positive **numbers**. It is called a polynomial rolling hash function.. It is reasonable to make \(p\) a prime **number** roughly equal to the **number** **of** characters in the input alphabet. For example, if the input is composed of only lowercase letters of the English alphabet, \(p = 31\) is a **good** choice. If the input may contain both uppercase and lowercase. Transcribed image text:** For a number N, a goodArray is the smallest possible array that consists of only powers of two** (20, 2¹ ... 2k) such that the sum of all the numbers in the array is equal to N. For each query that consists of three integers I, r, and m, find out the product of elements goodArray[!] through goodArray[r] modulo m when** goodArray** is sorted in non-decreasing order.. false. A parallel **array** is an **array** that stores another **array** in each element. subscript. Use a (n) _____ to indicate the position of a particular item within an **array**. true. Declaring a named. **The** first column **consists** **of** **the** **powers** **of** two: 2 0,2 1,2 2,2 3,2 4 = 1,2,4,8,16, etc. and the second column is the first **number** to be multiplied and its doublings. In this case, 17 is the first **number** in the problem so the second column would be 17,34,68,136,272, etc. where the next **number** in the sequence is two times the previous **number**. Our algorithm assumes the first element as the minimum and then compares it with other elements, if an element is smaller than it then it becomes the new minimum, and this process is repeated till complete array is scanned. C program to find smallest number in an array #include <stdio.h> int main () { int array [100], size, c, location = 0;. Enforcement of all rules is **possible** **only** **for** **a** small weak set of rules or for a specific user community. ... A rule reference **number** - e.g., C.7 ... and for small objects (up to two or three words) it is also faster than passing by reference because it does not require an extra indirection to access from the function. Example. void f1(const. **A** new configuration of DC motor/generator is based on a Halbach **array** **of** permanent magnets. This motor does not use ferrous materials so that the only losses are winding losses and losses due to bearings and windage. An "inside-out" design is used as compared to a conventional motor/generator design. The rotating portion, i.e., the rotor, is on the outside of the machine. Access **Array** Elements. You can access elements of an **array** by indices. Suppose you declared an **array** mark as above. The first element is mark[0], the second element is mark[1] and so on. Declare an **Array** Few keynotes: **Arrays** have 0 as the first index, not 1. In this example, mark[0] is the first element.. Solution Steps. Create max and min variables. Check for the size of the **array**. If odd, initialize min and max to the first element. If even, compare the elements and set min to the smaller value and max to the bigger value. 3. Traverse the **array** in pairs. 4. For each pair, compare the **two** elements and then.. Aug 19, 2022 · Write a Java program to find the **two** elements from a given **array** of positive and negative **numbers** such that their sum is closest to zero. Go to the editor. Click me to see the solution. 41. Write a Java program to find **smallest** and second **smallest** elements of a given **array**. Go to the editor. Click me to see the solution. 42.. You are given an **array** arr [] of N integers including 0. The task is to find the **smallest** positive **number** missing from the **array**. Note: Expected solution in O (n) time using constant extra. Enter the size of **array**: 5 Enter **array** elements: 65 313 131 89 32 The second **smallest number** present in given **array** is 65 Process returned 0 (0x0) execution time : 21.583 s Press any key to continue. In this, an **array** of size 5 is declared and perform the operation and print the output successfully. Enter the size of **array**: 8 Enter **array**. that, given an **array** A of N integers, returns the **smallest** positive integer (greater than 0) that does not occur in A. For example, given A = [1, 3, 6, 4, 1, **2**], the function should. A packet arrives that has the expected sequence **number**: Send an acknowledgment for the packet to the network layer and toggle the expected sequence **number**.. Feb 15, 2022 · Errors can happen when a record of a data source is changed. Many causes are **possible**, including network outages, inadequate permissions, and edit conflicts. The Patch. What **is the smallest** dimension **possible** to use phased **array** on? ... **2** cards. Factorial **number's** summation's program upto n **numbers** in c language. The first column **consists** of the **powers** **of two**: 2 0,2 1,2 2,2 3,2 4 = 1,2,4,8,16, etc. and the second column is the first **number** to be multiplied and its doublings. In this case, 17 is the first **number** in the problem so the second column would be 17,34,68,136,272, etc. where the next **number** in the sequence is **two** times the previous **number** .... . In the above code, we have created a class **Array**, one int type **array** data member **array**[10] to store the values, and public member functions putArray() and productArray() to. **A** floating-point unit (FPU, colloquially a math coprocessor) is a part of a computer system specially designed to carry out operations on floating-point **numbers**. Contents 1 Overview 1.1 Floating-point **numbers** 1.2 Alternatives to floating-point **numbers** 1.3 History 2 Range of floating-point **numbers** 3 IEEE 754: floating point in modern computers. Solution Steps. Create max and min variables. Check for the size of the **array**. If odd, initialize min and max to the first element. If even, compare the elements and set min to the smaller value and max to the bigger value. 3. Traverse the **array** in pairs. 4. For each pair, compare the **two** elements and then.. Resolving Collision: The main idea of a hash table is to take a bucket **array**, **A**, and a hash function, h, and use them to implement a map by storing each entry (k, v) in the "bucket" A[h(k)].This simple idea is challenged, however, when we have two distinct keys, k 1 and k 2, such that h(k 1) = h(k 2).When two distinct keys are mapped to the same location in the hash table, you need to find. Sep 08, 2022 · Input : N = 2, K = 3 Output : 2 Explanation: [1, 2] and [2, 1] are the **only** **arrays** of size 2 whose sum is 3. Input : n = 3, k = 7 Output : 15. Prerequisite: Stars and Bars. Recommended: Please try your approach on {IDE} first, before moving on to the solution. Suppose there are K identical objects which needs to be placed in N bins (N indices .... Try to solve these asignments by your own first, then go for these codes. You don't need to go to the whole file structure of this repository, scroll down and click the assignment name it will. 1. The first line of the input contains a single integer T denoting the **number** of test cases. The description of T test cases follows. 2. The first line of each test case contains a single integer N. Output: For each test case, print the Nth **good** **number**. Constraints: 1. 1 <= T <= 100. 2. 1 <= N <= 104.. C Program **to find Largest and Smallest Number in** an **Array**. This program allows the user to enter the Size and the row elements of One Dimensional **Array**. Next, we are using the C For Loop to find the **Smallest** and Largest **number** among the **array** elements, and respective index positions. Q: For a **number** N, a goodArray is the **smallest possible array that consists of only powers of two** (20, A: As language is not provided doing it in python Programming Language. Moves are **possible** in **only** four directions i. Dijkstra's Algorithm Subject is algorithm I have done some work on the project but I need help with **shortest** path e in a DICTIONARY [Python3] 3 def BFS (graph,start,end,q): temp_path = [start] def BFS (graph,start,end,q): temp_path = [start]. Python Program to. Jul 11, 2022 · For a number N,** a goodArray is the smallest possible array that consists of only powers of two** (20, 2¹ ... 2k) such that the sum of all the numbers in the array is equal to N. For each query that consists of three integers I, r, and m, find out the product of elements goodArray[!] through goodArray[r] modulo m when** goodArray** is sorted in non-decreasing order.. Answer (1 of 3): This reduces to finding hamiltonian path in a graph, that you can construct by considering each **number** as a vertex and adding an edge between nodes representing every.

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