The Production Department of Hruska Corporation has submitte.pdf

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The Production Department of Hruska Corporation has submitted the following forecast of units to be produced by quarter for the upcoming fiscal year: Each unit requires 0.20 direct labor-hours and direct laborers are paid $16.00 per hour. In addition, the variable manufacturing overhead rate is $1.75 per direct labor-hour. The fixed manufacturing overhead is $98,000 per quarter. The only noncash element of manufacturing overhead is depreciation, which is $38,000 per quarter. Required: 1. Calculate the company's total estimated direct labor cost for each quarter of the upcoming fiscal year and for the year as a whole. 2. and 3. Calculate the company's total estimated manufacturing overhead cost and the cash disbursements for manufacturing overhead for each quarter of the upcoming fiscal year and for the year as a whole. Complete this question by entering your answers in the tabs below. Calculate the company's total estimated direct labor cost for each quarter of the the upcoming fiscal year and for the year as a whole. (Round "Direct labor time per unit (hours)" answers to 2 decimal places.)Complete this question by entering your answers in the tabs below. Calculate the company's total estimated manufacturing overhead cost and the cash disbursements for manufacturing overhead for each quarter the the upcoming fiscal year and for the year as a whole..

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The production function of a restaurant includes items such as labor (i.e., cooks, waiters, and a manager), eapital (i.e, ovens, counters, tables, chairs, and a building), and land (real estate). In the shoit nun, the owner of the restaurant will optimize production by employing a variable amount of given a fixed anount of land, labor and raw materials labor; capatal and raw materials land, capital and labor capital, labor and land Labor, capital and land.

The production function of a restaurant includes items such .pdf

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The parent Rubidium-87 has a half-life of 50 billion years. The daughter Strontium-87 increases as expected. Draw a graph to show the decrease in the parent isotope and the increase in the daughter product. Draw the graph on a blank piece of paper, take a picture of it and submit the picture here. Remember all graphs have both axis labeled and the points along the axis are reasonably proportional..

The parent Rubidium87 has a halflife of 50 billion years .pdf

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The portfolios identified below are being considered for inv.pdf

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The Rings of Saturn There are many planetary subsystems within our solar system. Most of the planets have moons orbiting them, but only theuj2 Jovian planets have rings. On no planet are the rings more enchanting to behold than those of Saturn. The sixth planet boasts 7 primary rings, A through G. From the planet outward they are: D,C,B,A,F,G, and E. The extent of the E ring is truly enormous. At 26 Saturn diameters, it is the largest planetary ring in the solar system. With a small telescope, however, it is the astonishing view of the A and B rings and the Cassini division between them that stands out so spectacularly. Figure 1 shows the orientation and relative positioning of the primary ring structures and moons of Saturn. rigure 1 - satum with Rings and Moons (Credit: NASA/IPL) The rings are composed of icy water and dust ranging in size from microscopic (Credit: William K. Hartman/NASA/IPL)Astronomy 1511 Laboratofy Mamal particulates to large meter sized boulders (Figure 2). Some of the ring material clumps together forming elongated aggregate debris. Some of these structures are loosely held together and may disaggregate according to the forces and momentum governing their motion. Data from the Cassini spacecraft suggests an interesting cascade of material from the inner rings onto Saturn. Complex inorganic grains embedded in water were discovered to be freefalling in Saturn's gravitational field onto the upper atmosphere. The material included particulates combined with gases such as: water, silicates, ammonia, methane, and carbon dioxide. Additionally, some of the gas had sufficient electric charge to be captured and accelerated by Saturn's planetary magnetic field causing those particles to spiral along trajectories determined by the field line orientation. Figare 3 - Influence of Saturn's Magnetic Field (Credit: NASA/IPL) Even though other forces generated from electric and magnetic fields have some influence on the ring material, it is gravity that keeps the rings bound in their orbits. The planet has help in this regard with a few moonlets such as Pan orbiting in the Encke Gap between the A and F rings to shepherd the material. The A, B, and C, main rings are less than 100 meters thick in most places and it is estimated that all the rings were developed in only the last few hundred million years. The shattering of a comet or a small moonlet torn apart by Saturn's gravity could have provided the material from which the rings are composed.1. If the average thickness of the rings is 100 meters, what is the ring volume in m3 ? Assume all the rings are combined into one ring structure of height 100m that extends from r= 6.7107m to R=1.4108m above Saturn's equator. The equation to calculate the volume is: VolumeofRing=(R2r2)h 2. If the density of the ring is similar to water at 1000kg/m3, what is the mass of the ring? Density=volumemass 3. Cassini measured the mass of Saturn's rings and it is now estimated to be about 40% of the mass of.

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The residents living in the community of "Joy" has a big problem to deal with this year. Due to a reasonably mild winter in 2021 , the mouse families enjoyed many social parties and had great times. There are now too many mice in this community. The municipal government has offered help to deal with this problem. Each household living in the community of "Joy" will receive a voucherworth $X dollar for each extermination service. When they hire mice extermination services, they can redeem this voucher to reduce the cost of dealing with this problem. (i) Use an appropriate economic analysis to show and explain the distribution of the benefits and costs of this municipal program to address the mice infestation problem in the community of "Joy". (ii) How would the "net impact" of this program change, if you incorporate the spill-over benefits of this program for the residents of "Moody", a community adjacent to the community of "Joy"? Explain your results. (Assume that the communities "Joy" and "Moody" belong to the same municipality)..

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The Protocol We present the protocol sequentially, though if we are concerned with minimizing the number of back-and-forth rounds we can send some of the messages in parallel with each other (and use some additional shortcuts) to achieve a 4 round protocol. - Input: A has input (a0,a1){0,1} 2 and B has input b{0,1}. - Desired Output: A should receive no output while B should receive ab{0 ,1}. 1. BA:B chooses u{0,1}n, draws (k,z)Com(u) and sends z to A. 7 2. AB: A chooses u{0,1}n and sends u to B. 3. AB:A draws (N,e,d)RSAGen() and sends (N,e) to B. 4. BA:B sends (y0,y1)ZN2 to A where y0 and y1 are prepared as follows (recall b is B's input bit): - yb is set to yb=xe for a random xZN; . y1b is set to y1b=uu where u and u are the strings used in rounds 1 and 2( indicates the bit-wise XOR of two strings; we are using that since n=log(N), any n-bit binary string can be converted to an integer modN ). 5. BA : B and A use the zero knowledge proof system with B playing as the prover and A playing as the receiver, where: Statement: The statement which is used as common input to both players is (z,u,y0,y1)L5. BA:B and A use the zero knowledge proof system with B playing as the prover and A playing as the receiver, where: - Statement: The statement which is used as common input to both players is (z,u,y0,y1)L where membership in L holds if there exists (k,u,i) such that Decom(z,k)=u and yi=uu -Witness: B uses (k,u,1b) as his witness, where k is the decommitment string from the first round, u is the committed value in the first round and b{0,1} is B's input bit. If A rejects B's proof then A aborts the protocol; otherwise A continues. 6. AB:A computes (x0,x1)ZN by setting xi=yid for i=0,1 where d is the secret RSA exponent generated in round 3. Additionally, A draws r0,r1{0,1}n and sends (r0,r1,w0,w1) to B where wi=xi,riai{0,1} for i=0,1. - Output: B outputs the bit wbx,rb{0,1}. Intuition. In order to understand the protocol, first imagine that the protocol consists only of rounds 3,4,6 and in round 4 , B chooses yb as stated above, but draws y1bZN. This simpler protocol will satisfy correctness (since B will output ab ), and it will be secure against a corrupt A (since the only information sent by B is (y0,y1) and both yi are simply random elements of ZN ). However, security against B is problematic since B could choose x0,x1ZN and set yi=xie for i=0,1 and then would be able to learn both of A's bits (a0,a1). So the role of the extra rounds is essentially to boost security against B. So to summarize, the simpler scheme is secure as long as B generates (y0,y1) as he is supposed to (i.e., if yb=xe for random xZN and y1bZN ), but fails if B is able to deviate. At a high level, the function of the extra rounds is to ensure that one of the two yi is random in ZN. This works by running a type of "coin flipping" procedure in rounds 1 and 2 , and then using the ZK proof in round 5 to prove that one of the yi is equal to the output of this procedure (B proves th.

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The route of the planned Galway City outer bypass is entirely underlain by which two rock types? a) Limestone and sandstone b) Limestone and granite c) Limestone and shale d) Limestone and basalt 2) Which of the following are among the most abundant ions found in groundwater? a) Calcium, chloride, sulphate b) Calcium, iron, lead c) Calcium, zinc, copper d) Calcium, strontium, lead 3) The distinction between joints and faults is that ... a) Faults are joints that are greater than one square meter in areal extent b) Faults are fractures along which displacement has occurred; displacement does not occur along joints c) Joints are fractures along which displacement has occurred; displacement does not occur along faults d) There is no distinction; the two terms are synonymous 4) Stretching and thinning of the crust results from... a) Brittle deformation and tensional stress conditions. b) Ductile deformation and tensional conditions. c) Brittle deformation and shearing conditions. d) Ductile deformation and compressive conditions. 5) Geothermal resources are found mainly within what type of tectonic environments? a) Divergent b) Convergent c) Strike-slip d) There is no preferential tectonic environment 6) The youngest geothermal heat sources are referred to as ... a) Active b) Recent c) Inactive d) Extinct 7) Accurate radiometric dating is possible only if a rock contains a measurable amount of ... a) parent isotope atoms b) daughter isotope atoms c) either parent or daughter atoms d) both parent and daughter atoms 8) A biozone is... a) An interval of rock strata defined by its characteristic fossil content b) An interval in rock strata where a group of fossils disappear (i.e. go extinct) c) An interval in rock strata where a group of fossils first appear d) An interval of rock which is rich in fossils 9) All other factors being equal, if a body of magma becomes more felsic, its viscosity will... a) increase b) decrease c) stay the same d) vary independently of chemical composition 10) As compared to coarse-grained igneous rocks, fine-grained igneous rocks... a) cool and solidify more slowly b) cool and solidify more quickly c) solidify at higher temperatures d) solidify at lower temperatures 11) Broadly speaking, metamorphism involves... a) the settling of crystals in a melt as it cools b) the sorting of grains by size, as accomplished by rivers and beach waves c) the cementation of loose grains and the precipitation of new minerals into pore spaces d) changes in mineralogy and texture in response to heat and stress 12) The Earths magnetic field is generated by the... a) flow of the liquid inner core b) flow of the liquid outer core c) convective flow of the mantle d) magnetic minerals within the crust 13) If a sandstone lies on top of a shale... a) the shale must be older, according to the principle of superposition b) the sandstone must be older, according to the principle of superposition c) the shale must be older, according to the principle .

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The riskiness of publicly traded bond issues is rated by ind.pdf

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The rate of photosynthesis, as indicated by oxygen production, in plant cells was measured as the light intensity was increased in four experiments. All other factors except for temperature and carbon dioxide where kept constant. The results of the four experiments are shown in the following graph. Which of the following best explains why photosynthesis did not appear to be occurring in Experiment 4. Select one: A. The light intensity was too low to enable the light-dependent reactions of photosynthesis to proceed, and so no oxygen was produced. B. The enzymes associated with photosynthesis were denatured, stopping the process from occurring. C. The carbon dioxide concentration was too low to allow photosynthesis to occur. D. The rate of photosynthesis was so low, that all the oxygen produced was used up by cellular respiration in the plant..

The rate of photosynthesis as indicated by oxygen productio.pdf

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The program below is written in C++ language using an Object Oriented Programming (OOP) style. The following tasks are to be performed by you with respect to this code: Your Tasks (Creativity is very important): (i) Working on the code line-by-line, if possible, study the entire code and describe the purpose of each instruction on each line. (ii) Using Visual Studio C++, copy this code into the editor and run/compile the code by complete the required inputs..

The program below is written in C++ language using an Object.pdf

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The protocol will use the following building blocks. The Inner Product Prediction Challenge for RSA. Recall that the RSA based cryptographic constructions involve a composite integer NN where N=pq for large primes p,qN. Additionally, a public exponent e is chosen along with N, whereas the secret exponent d satisfies de =1mod(p1)(q1) and is known by only one of the two players. Recall that de=1mod(p1)(q1) ensures xed=xmodN, whereas given (N,e), recovering d is as hard as factoring N. In the protocol below we will write (N,e,d)RSA.Gen() to indicate that (N,e,d) are generated as above. Finally, recall that the RSA assumption assumes that when (N,e,d)RSA .Gen () and xZN is drawn, one cannot output x if given (N,e,y) where y=xe (of course if one is given (N,e,d,y) then one can simply compute x=yd ). In homework 6 1, problem 3 we saw the following "inner product prediction" version of the RSA game: given (N,e,y,r) where (N,e,d)RSA. Gen(),xZN,y=xe and r{0,1}n where n=log(N), output x,r. We showed that any adversary who can win the inner product prediction game for RSA with probability 1/2+ for non-negligible >0 can be used to build (via the techniques of Goldreich-Levin) another adversary who can break the RSA assumption with non-negligible probability. Blum's Commitment Scheme. The protocol below will use Blum's non-interactive commitment scheme as a building block. While Blum's scheme allows Alice to commit to a single bit, Alice can commit to an n-bit string by committing independently to each bit. For an n-bit string u{0,1}n, we write (z,k)Com(u) to indicate that z and k are respectively the collections of commitment and decommitment strings when Blum's scheme is used to commit to each bit of x. Recall binding says that for any z, there is at most one k such that the decommitment procedure succeeds when run with input (z,k). Recall the hiding game for this commitment scheme is played between a challenger C and adversary A as follows. - A sends (u0, u1) to C where u0,u1{0,1}n; - C draws b{0,1} and (z,k)Com(ub) and sends z to A; - A sends b{0,1} to C signaling the end of the game; A wins if b=b. Hiding security demands that no efficient adversary can win this hiding game except with probability 1/2+ for negligible >0.Zero-Knowledge Proofs. Our OT protocol will use a ZK proof system as a key building block for one of the parties to prove to the other that a particular quantity in the protocol has been computed correctly. As a simple example to help understand the role that the ZK proof plays, imagine that early on in the protocol, A sends z to B where (z,k)Com(0). Then while z is supposed to be a commitment to 0 , hiding says that B cannot actually tell what value is hidden inside, so it is possible that an adversarial A might have actually drawn (z,k)Com(1). In this case, it might be useful to have A prove to B using a ZK proof that in fact z is a commitment to 0 . For this to work, the statement is " zL " where membership in L holds whenever ther.

The protocol will use the following building blocks The Inn.pdf

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The purpose of this project is to develop a code which will conpare a pair of text filen containing English sentences from a vocabulary standpoint. Fefer to the text. content as "text01" and "text02". The folloving interaction with the uaer takes place: Enter the filename of text1: filenamel.txt Enter the filename of text2: filename2. txt Select a menu option: Enter 1 for total character count both files (1etcers only) Enter 2 for total word count both files (no punctuation) Enter 3 for unique word count both files Enter 4 for unique word count only in textl and only in textz Enter 5 for unique words eount in both files Enter 6 to quit Each of the first five options should be handled by one function that you write. For example, with option 1, this call would be made: ch1, ch2 = charcount (text1, text 2) t handle option 1 where text1 and text2 are strings of text read from the selected files and ohl and ch2 are the total number of characters in each file. In a similar manner the other functions would be: wordi, word2 = wordsopt2 (text1, text2) i handle option 2 etc for the other options - use good naming conventions. You will also need a menu function which presents the menu and a while loop in main which continues to present the menu until option- 7 is entered. You will use the set function and operations for [options 3, 4, and 5. The first pair of files will be: Viait to Water Park Grade 1 . txt Blocking Beethoven Grade 5.txt The first file is for elementary school readera in grade 1 and the recond is for grade 5. Using your program output metrics can you draw any conclusions based on number of unique words? E.g. Can you conclude that the grade 6 text is verbally more advanced? Do a similar analysis on US presential speeches by Abraham Lincoln and John F. Kennedy. These apeeches are in files: gettysburg address. txt JFK Berlin speech.txtWrite down your conclusions about both paira of filea and include in a txt document called outputaumary.txt. Are there other metrics which should have been atudied auch as average word iength? of is it auffioient in your option to base the conclusion on the ratio of the number of unique words divided by the total number of words, for example. Requirements t 1. Uae easy to underatand input and output. 2. Use variable names which ate reflective of theit meaning. 4. Uae a sufficiont number of commenta to make your code underatandable. 5. Run a auffieient number of sample cases to confirm that you program is working. Check tist and Grading points (Rubric) : 1. Name your file fileprefixprojecto3.py. (1 point) 2. Include a header comment block at the top of your file. (1 point) Name: (yout name) Course: CS 1160 Assignment: Project 03 Date Asaignedt 3/15/2023 Filenamet fileprofixprojecto3.py 1 Brief Deacription: Vocabulary Analysis of Text 3. Use meaningful variable names and comments. (1 points) 4. Correct, efficient and understandable use of flies (5 point) 5. Correct analysia of filea with easy-to-use menu system.

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The questionnaires, pre-screening tools and screening script of what the verbal information shared with and collected from potential study subjects does NOT need to be approved by the IRB because the subject has not yet consented. True False Question 15 ( 2 points) refers to the withholding of information regarding treatment allocation from the study participants and/or researchers. Blinding Concomitant Medication Intervention Pharmacokinetics.

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The program first reads integer participantCount from input, representing the number of pairs of inputs to be read. Each pair has a string and an integer. One Participant object is created for each pair and added to vector participantList. Write the PrintParticipantsInRange() function in the Appointments class using Print() to output all the Participant objects with age between 28 and 78, both inclusive. Ex: If the input is: 4 Eve 78 Dan 12 Ari 28 Eli 21 then the output is: Participant: Eve, Age: 78 Participant: Ari, Age: 28 Note: The vector has at least one element. CODE: #include <iostream> #include <vector> using namespace std; class Participant { public: void SetDetails(string newName, int newAge); int GetAge() const; void Print() const; private: string name; int age; }; void Participant::SetDetails(string newName, int newAge) { name = newName; age = newAge; } int Participant::GetAge() const { return age; } void Participant::Print() const { cout << "Participant: " << name << ", Age: " << age << endl; } class Appointments { public: void InputParticipants(); void PrintParticipantsInRange(); private: vector<Participant> participantList; }; void Appointments::InputParticipants() { int participantCount; unsigned int i; Participant currParticipant; string currName; int currAge; cin >> participantCount; for (i = 0; i < participantCount; ++i) { cin >> currName; cin >> currAge; currParticipant.SetDetails(currName, currAge); participantList.push_back(currParticipant); } } /*write code here */ int main() { Appointments appointments; appointments.InputParticipants(); appointments.PrintParticipantsInRange(); return 0; }.

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The purpose of the decision analysis phase is to: Identify, evaluate and select a candidate solution Decide which system development methodology to use Identify and express system requirements Negotiate baseline scope Question 24 When conducting an interview. you should: Use jargon to illustrate your knowledge Maintain control of the interview Record the person for later review Reveal your personal biases.

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