What is the last valid host on the subnet 172.29.72.0/23

Answers

Answer 1

The last valid host on the subnet 172.29.72.0/23 is 172.29.73.254.

To determine the last valid host on the subnet 172.29.72.0/23, we need to understand the concept of subnetting and how it affects the range of available host addresses.

In IPv4, subnetting allows for the division of a network into smaller subnetworks, each with its own range of usable host addresses.

The subnet 172.29.72.0/23 has a subnet mask of 255.255.254.0. The subnet mask determines the size of the network and the number of host addresses it can accommodate.

In this case, the /23 notation indicates that the first 23 bits are used to represent the network address, while the remaining 9 bits are available for host addresses.

To find the last valid host on this subnet, we need to determine the maximum number of hosts it can support. With 9 bits available for host addresses, we have 2^9 (512) possible combinations.

However, two of these combinations are reserved, one for the network address (172.29.72.0) and one for the broadcast address (172.29.73.255). Therefore, the actual number of usable host addresses is 512 - 2 = 510.

To find the last valid host address, we subtract 1 from the broadcast address.

In this case, the broadcast address is 172.29.73.255, so the last valid host address would be 172.29.73.254.

This is because the last address is reserved for the broadcast address and cannot be assigned to a specific host.

For more questions on host

https://brainly.com/question/27075748

#SPJ8

Related Questions

Other Questions

suppose the size of the petri dish is such that it will be full of bacteria after 14.5 days. after how many days will it be half full? Which of these classes within Phylum Cnideria have both sessile polyp and motile medusa stages? Mark all that apply. (3) Anthozoans. Porifera. Hydrozoans. Cubozoa. Scyphozoans. What is the relationship between the specific rotations of (2R,3R)-dichloropentane and (2S,3S)-dichloropentane? Between (2R,3S)-dichloropentane and (2R,3R)-dichloropentane? Construct an eight state DFA that accepts all strings over {0, 1} that have an even number of 1's and contain 000 as a substring. GIVEN:E -> T T | TT -> T+F | T*F | T/F | FF -> (E) | IntQUESTION :State the associativity of 4 operators BY DRAWINGTREEs Explain as brief as possible (3-5 short lines) how to insert into a Binary Search Tree (BST)2. Insert the following values into a Binary Search Tree in this respective order: 5, 9, 2, 1, 4, 8, 3, 7, 6. Please show the BST tree after each insertion.3. Delete those keys: 2, 5,6 from the Binary Search Tree (BST) in this respective order. Please show the tree after each insertion. 48 t of 20 question 49 ed out of 2.0 question on 50 et red out of 2.0 g question involve(s) moving some or all of an organization's technology infrastructure somewhere else. O a. Outsourcing b. Cloud You are writing a procedure to characterize 90Sr/90Y contamination in a legacy facility. Gas proportional probes that measure 10cm x 15cm will be used to scan floors and walls. The 150 cm2 area probe will be moved along its 10cm axis. What scan speed must be maintained in order to meet a total contamination (fixed plus removable) MDA of 1000 dpm/100cm2 ? Assume that the detector efficiency is 0.35 cpm/dpm and the probe background is 500 cpm. State any other assumptions and show all calculations. Which of the following is an example of a molecule being oxidized? Select all that apply. NAD + being converted into NADH. FADH 2 , being converted into FAD. Pyruvate being converted into lactic acid. Oxygen being converted into H 2 O. Glucose being converted into pyruvate. The wife of a 42-year-old man called the office stating that within the last hour her husband had a sudden onset of severe pain in his left side and back. He has also experienced nausea and vomiting. Questioning revealed the pain to be in the left flank area and quite severe. She also advised that the pain radiated down toward the pelvis and that he was experiencing pressure in the perineal area and the frequent urge to urinate. A renal calculus was suggested, and the patient's wife was advised to transport him to an emergency facility.Vital signs were the following: temperature, 99.6 F; pulse, 96; respiration, 20; and blood pressure, 124/88 mm Hg. A urine specimen was obtained, and the dipstick indicated blood in the urine. The abdomen was slightly distended, the left flank area exhibited tenderness on palpation, and tenderness was noted over the bladder. A renal calculus was suggested. A kidney, ureter, and bladder (KUB) radiograph, an intravenous pyelogram (IVP), and an ultrasound of the kidneys were ordered. An intravenous (IV) line was started, and the patient was given 2 mg of morphine sulfate IV push.The KUB revealed a suspicious area, 8 cm distal to the origin of the left ureter. The IVP confirmed the presence of a 3.5 mm calculus distal to the ureteral origin. The renal ultrasound indicated hydronephrosis of the left kidney. The patient was admitted for observation and for pain management.1. What causes renal calculi to form?2. Why would patients symptoms vary?3. What would be the significant symptom or symptoms leading to the suspicion of renal calculi?4. What is renal colic?5. What would cause blood in the urine?6. What is the cause of hydronephrosis?7. Why would the patient be instructed to strain all urine?8. What are the treatment options for the patient with renal calculi?9. Why would IV morphine be given? During UART serial communication between two devices, a packet of 256KB is sent at a baud rate of 9600 bps, assuming 8-bit port are used with the UART devices. How long is it going to take for the packet to be received? Draw in serial data format, a packet representing the decimal number 186, with 2 bits as stop bit. 1. Build a compiler arithmetic operation - square root operation, Sqrt(S), using following Newton's iteration method to write an assembly program and produce an executable file of SQRT (N).exe to find the square root of a number S. Let X = S SO X-S=0 Step 1: make a guess, X S, to be sure that e = AX = Xk+1Xk < 1. Since S = (Xk+e) = X +2eXk + e and e Develop an application for a loyalty program of a shop displaying/facilitating:The name of its customers in alphabetic order and their pointsOn another screen/page, its customers in three different categories (Platinum, Gold, and Silver) based on the loyalty points earned (e.g., 01000: Silver; 10015000: Gold; greater than 5000: Platinum)The name of the customer with the highest loyalty pointsThe average loyalty points for all customersThe application might be a web application, a mobile application, or a standalone software program. To test the application, you will need to create a sample data set of customers. The data set can be imbedded in the application itself, if you prefer not to use a separate database. Be mindful of how the data set can impact the ethical algorithm design. If you implement a web application, provide the URL of the web application. Similarly, you can provide your mobile application through app store. The standalone application can be provided as an executable. You are free to use any other means to share/show your application. The purpose here is to demonstrate your skills/ability of using algorithms to develop/implement an application.Do the following:Develop a functioning application for the loyalty program of a shop in a programming language of your choice.Create a Word document in which you provide screenshots with suitable descriptions to demonstrate the working of the application.Submit your program (as executable) or add a webpage link of the web application or a link to the mobile application in the Word document.Clearly articulate all assumptions (if any). Eveback Print Santana on 010... A single bi-convex lens (a lens with two convex surfaces) made of glass (index of refraction n = 1.55) has surfaces with radii of curvature r= 12.0 cm and r = -12.0 cm. What is the focal length of the lens in air? on Submit Answer Tries 0/12 n Mira do an T... If an object is placed at p= 38.8 cm from the lens, where is the image? (Use plus sign for a real image, and minus sign for a virtual image.) band) - e end... Submit Answer Tries 0/12 mingi... If the object has a height of h = 1.50 cm, how large is the image? (Use plus sign for an upright image, and minus sign for an inverted image.) 27446.... 74.40.com Submit Answer Tries 0/12 gas.com Send Feedba m 19 and) which one of the following is the best example of how public works professionals can contribute to emergency prevention through effective communication? A firm's capital structure refers to the firm's: A. mixture of various types of production equipment. B. investment selections for its excess cash reserves. C. combination of cash and cash equivalents. combination of accounts appearing on the left side of its balance sheet D. proportions of financing from current and long-term debt and equity Type here to search What is preliminary data analysis? PYTHON# De Novo Assembler - part 1In this task, you will begin to develop your own de novo assemler that is able to reconstruct a genome from NGS data. Initially, you will be working with exemplary error-free data, later error correction will be added.In this first part, you will develop the basis for the creation of a de-Bruijn graph from NGS reads. For this, you have two FASTA files with reads in the data directory ("data/test.fasta" and "data/virus_perfectreads.fasta").For the preparation, you need to develop a few classes and top level methods.## ReadThe class `Read` represents a single NGS read. Since reads are read from FASTA files, the class should be able to extract sequence information from FASTA-formatted lines.A FASTA file is structured as follows:```text>Readname 1Sequence line 1Sequence line 2..Sequence line n>Readname 2Sequence line 1Sequence line 2..Sequence line n...>Readname nSequence line 1Sequence line 2..Sequence line n```So a FASTA file contains an arbitrary number of reads. Each read begins with a line with a read name, which is marked by the first character of the line being `>`. The read name is followed by at least one line with bases (A, G, T or C). If several lines of bases follow the read name, then all of these together describe the sequence, so they need to be concatenated.Implement a class `Read` with the following methods:* A constructor that takes the lines describing this read (readname and sequence lines) as a string array.* `get_kmers(self, kmersize)`: Returns all k-mers of length k from the read sequence as a dictionary. The key is the k-mer sequence, the value is how often this k-mer occurs in the sequence.* `__str__(self)`: Returns the read as a string, in the format: "Name: Sequence". If the sequence is longer than 20 bases, only the first 20 bases followed by "..." should be printed, e.g. "Read 2: AGTCGTAGCGTACCGTAGCC..."* ```__repr__(self)```: Returns the same thing as ```__str__```* ```__eq__(self, other)```: This is the comparison operator that is called when two objects are compared to each other using `==`. This should return `true` iff the name and the sequence of the read `other` are identical with this read. Otherwise it should return false (please mind that `other` could be of any class - use `isinstance` to make sure that you are actually dealing with a `Read` before you start comparing).## read_fastaThe reading of the whole FASTA file should happen in the top-level method `read_fasta(filename)`. This method should return a list of `Read` object representing the reads from the FASTA file `filename`.## DBGNodeThe class `DBGNode` represents a single node in the de-Bruijn graph - which is effectively a k-mer with a list of incoming and outgoing edges. Implement the following methods in this class:* A constructor that takes the sequence of the node (the k-mer)* `get_potential_from(self)`: Returns a list of all k-mer sequences that could theoretically have an edge to this node. Remember that the overlap length has to be exactly of length `k-1` and that DNA sequences have a limited alphabet (`["A", "G", "T", "C"]`) - so you can trivially enumerate all other k-mer sequences that can potentially have an edge to this one.* `get_potential_to(self)`: Same as `get_potential_from(self)`, but returns a list of k-mer sequences that this node could have an edge to (not from).* `add_edge_to(self, eto)`: Adds an edge to the `DBGNode` `eto` to an internal list of edges. If this edge is already present, increases the weight of the edge by 1 (so the edge list should be a dictionary with key=`DBGNode` and value = `weight`).* `add_edge_from(self, efrom)`: Same as above, but adds an edge from the node `efrom` (not to).* `get_edge_from_weight(self, other)`: Returns the weight of the edge from the `DBGNode` `other`, or 0 if that edge does not exist.* ```get_edge_to_weight(self, other)```: Smae as above, but returns the weight of the edge to `other`, not from.ASSEMBLER:import sysclass Read:def __init__(self, lines):passdef get_kmers(self, kmersize):passdef __str__(self):passdef __repr__(self):passdef __eq__(self, other):passclass DBGnode:def __init__(self, seq):passdef add_edge_to(self, eto):passdef add_edge_from(self, efrom):passdef get_potential_from(self):passdef get_potential_to(self):passdef get_edge_to_weight(self, other):passdef get_edge_from_weight(self, other):passclass DBGraph:def __init__(self):passdef add_kmers(self, kmers):passdef count_edges(self):passdef count_nodes(self):passdef __str__(self):passdef read_fasta(readfile):passdef build_graph(filename, kmersize):passif __name__ == "__main__":pass Calculate the binding energy and binding energy per nucleon (in MeV) of a Nitrogen nucleus ^7N_14 from the following data: Mass of proton = 1.00783 u, Mass of neutron = 1.00867 u, Mass of Nitrogen nucleus = 14.00307 u. Find the values of \( x, y \) and \( z \) that correspond to the critical point of the function \( f(x, y)=2 x^{2}-2 x+2 y+5 y^{2} \) Enter your answer as a number (like \( 5,-3,2.2 \) ) or as a calculation (like 5/3, 2^3, 5+4). x= y=z=