Question 1What does each of these pictures show (If more than on.pdf

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Question 1: What does each of these pictures show? (If more than one thing is shown, choose the phrase that describes most prominent or obvious structure.) 1. The structure at \"A\" 2. The structure at \"B\" 3. The structure at \"C\" 4. The structure at \"D\" 5. The structure at \"E\" 6. The structure at \"F\" 7. The structure at \"G\" A stalked sporangium containing asexual spores of the Ascomycota Conidia of the Basidiomycota An ascocarp of the Ascomycota A zygosporangium of the Zygomycota An ascus of the Ascomycota A stalked sporangium containing asexual spores of the Zygomycota A basidium of the Basidiomycota A basidiocarp of the Basidiomycota A stalked sporangium containing asexual spores of the Basidiomycota A zygocarp of the Zygomycota Conidia of the Zygomycota Conidia of the Ascomycota Question 2: Some phyla of fungi produce two types of spores: sexual spores and asexual spores. Which are TRUE statements about these different spores below. Sexual spores are genetically identical to the fungal parent that produced them. Asexual spores will be dispersed from the parent and will germinate to form a new mycelium. Sexual spores are the products of meiosis, after gametes have fused to form a diploid nucleus. Sexual spores are more commonly known as “gametes”. Asexual spores are produced strictly through mitosis. Asexual spores are genetically identical to the fungal parent that produced them. The sexual spores produced by a fungus will have different combinations of alleles from the parent fungi. Sexual spores fuse to form a diploid cell or diploid nucleus. Sexual spores will be dispersed from the parent and germinate to form a new mycelium. Sexual spores are produced after two, genetically different hyphae come together, and plasmogamy, karyogamy, and meiosis take place. 1. The structure at \"A\" 2. The structure at \"B\" 3. The structure at \"C\" 4. The structure at \"D\" 5. The structure at \"E\" 6. The structure at \"F\" 7. The structure at \"G\"A. A stalked sporangium containing asexual spores of the AscomycotaB. Conidia of the BasidiomycotaC. An ascocarp of the AscomycotaD. A zygosporangium of the ZygomycotaE. An ascus of the AscomycotaF. A stalked sporangium containing asexual spores of the ZygomycotaG. A basidium of the BasidiomycotaH. A basidiocarp of the BasidiomycotaI. A stalked sporangium containing asexual spores of the BasidiomycotaJ. A zygocarp of the ZygomycotaK. Conidia of the ZygomycotaL. Conidia of the Ascomycota 2.5; Curn rings C G F, A D E Solution 1. (D) A zygosporangium of Zygomycota 2. Following are the statements which are true regarding asexual and sexual spores of Fungi: B. Asexual spores will be dispersed from the parent and will germinate to form a new mycelium. C. Sexual spores are the products of meiosis, after gametes have fused to form a diploid nucleus. E. Asexual spores are produced strictly through mitosis. F. Asexual spores are genetically identical to the fungal parent that produced them. G. The sexual .

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Sexual spores are produced after two, genetically different hyphae come together, and
plasmogamy, karyogamy, and meiosis take place.
1. The structure at "A"
2. The structure at "B"
3. The structure at "C"
4. The structure at "D"
5. The structure at "E"
6. The structure at "F"
7. The structure at "G"A.
A stalked sporangium containing asexual spores of the AscomycotaB.
Conidia of the BasidiomycotaC.
An ascocarp of the AscomycotaD.
A zygosporangium of the ZygomycotaE.
An ascus of the AscomycotaF.
A stalked sporangium containing asexual spores of the ZygomycotaG.
A basidium of the BasidiomycotaH.
A basidiocarp of the BasidiomycotaI.
A stalked sporangium containing asexual spores of the BasidiomycotaJ.
A zygocarp of the ZygomycotaK.
Conidia of the ZygomycotaL.
Conidia of the Ascomycota 2.5; Curn rings C G F, A D E
Solution
1.
(D) A zygosporangium of Zygomycota
2. Following are the statements which are true regarding asexual and sexual spores of Fungi:
B. Asexual spores will be dispersed from the parent and will germinate to form a new mycelium.
C. Sexual spores are the products of meiosis, after gametes have fused to form a diploid nucleus.
E. Asexual spores are produced strictly through mitosis.
F. Asexual spores are genetically identical to the fungal parent that produced them.
G. The sexual spores produced by a fungus will have different combinations of alleles from the
parent fungi.
J. Sexual spores are produced after two, genetically different hyphae come together, and
plasmogamy, karyogamy, and meiosis take place.Structure at A(C) An ascocarp of
AscomycotaStructure at B(H) A basidiocarp of the BasidiomycotaStructure at C(E) An ascus of

AscomycotaStructure at D(F) A stalked sporangium containing asexual spores of
ZygomycotaStructure at E
(D) A zygosporangium of Zygomycota

Find asymptotic upperlower bounds. Find asymptotic upperlower boun.pdf

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Explain how a wireless device can help an organization perform business anywhere, anyplace, anytime. Solution Wireless technology is the technology which securely transfer data/information from one system to another system without physical connectivity (e.g. wire, fiber optics, etc.) over signals Since physical connectivity is not required, device can be connected to other device from any place where wireless media is available. Due to wireless technology, organisation provides mobile devices (Laptop, mobile phone,etc.) to their employees so that they can access organization information (emails, documents, etc.). Due to this productivity of employee get increases..

Explain how a wireless device can help an organization perform busin.pdf

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Exam scores were normal in BIO 200. Jasons exam score was one stan.pdf

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Discuss the various types of business crimes, a business liability for crimes committed by a business and/or its employees, and the application of biblical principles to crime and liabitliy. Solution Business crime : is a broad term that include many kind of nonvoilent criminal offences involving fraud and illegle financial transections. These are various types of business crimes as follows : Antitrust Violations: Price fixing, monopolies and other infractions of the Sherman Act and the Clayton Act Bank Fraud: Fraud against a banking institution, including check fraud, commercial loan fraud, check kiting, and mortgage fraud Bankruptcy Fraud: Individuals or corporations who lie to creditors or bankruptcy officials about assets or debts Bribery: Offering money or property with the intention of influencing the behavior of others Computer/Internet Fraud: Using the Internet or computers to defraud others Credit Card Fraud: Using someone else’s credit card to purchase goods illegally Counterfeiting: Copying goods (such as designer merchandise) or money, and passing off the copies as genuine Economic Espionage: Stealing or misusing trade secrets Embezzlement: Using money or goods entrusted to you for your own benefit Extortion: Taking money from someone through force, coercion or threats Forgery: Manipulating or changing a written document for monetary gain Insurance Fraud: Defrauding insurance companies by exaggerating or fabricating claims Money Laundering: Running money obtained illegally through a legitimate business Securities Fraud: Can include insider trading and theft through market manipulation Tax Evasion: Filing inaccurate IRS returns, not reporting income on tax returns, not filing tax returns. Business liability for crimes : A corporation can be held liable for the criminal acts of it\'s employees as long as the employees are acting within the scope of employment and their conduct benefits the corporation. corporation cannot be imprisoned or punished like individuals. However, there are ways to punish a corporation, such as: Application of biblical principles to crime and liabitliy :: In biblical system of justice, judges are limited to dealing with the two types of activity. The most surprising thing is that there are not imprisonment mentioned in biblical principles. These are punishments according to biblical principles. 1: The thief must pay his victim four times the value of what he has sold. The compensation beyond the value of what was stolen makes up for the cost of tracking down the thief. 2: People with detective skills could track down criminals on the condition that they only get paid if they get a conviction. Provided they get a conviction for about half of the crimes they investigate, they will be able to recover their costs from their clients. 3: If the convicted thief owns property, they would probably need to sell something to make restitution. If the person does not own property, they would have to find someone, hopefu.

Discuss the various types of business crimes, a business liability f.pdf

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Describe the different types of ribs. Which ribs are considered “false” and why? Which ribs are considered “floating,” and why? Solution Ribs are the essential organ for the protection of vital oragan in upper body, which include lung and heart. it is not protecting the organ but they provide mechanical stength to the chest cavity. they are also useful for breathing. there are twelve pair of ribes which possed total 24 bones known as ribsbone. ribs are flat, thin bone which is attached with the sternum. Ribs are classified in to three catogary bassed on size and how it connct with the skeleton system. 1. true ribs 2. false ribs 3. floating ribs True ribs are attached with the spine at the back around with sternum. first seven pair of ribs is true ribs. next three pair means 8 to 10 pair is known as false ribs. the majour differnce between the true ribs and false ribs is the attachment with the skeleton system. true ribs are attached at the back portion while the false ribs are attached with the front part of the body accrodind to the defination of ribs it is not directly connected with the sternum but it is indirectly connected with that. actully it connected with the lower true ribs so it is called as false ribs. The last two ribs means 11th and 12th are known as floating ribs. it is smallest ribs among the all. they like as in hanging position. it means they connected at the one end but the other end is not conncted with any skeleton. so it seems like floating postion. thats why the name is given floating. last two pairs are connected with spine at the back but they are not connected with anything to the front, so thus appearing to float. because of that the name was given floating ribs..

Describe the different types of ribs. Which ribs are considered “fal.pdf

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Circle the best answer to the following questions. From the Bohr model we learn: The origin of line spectra for glowing hydrogen gas. Those energies for electrons in a hydrogen atom are quantized. The electron orbits have quantized radii All of the above. Silicon is: A rare element in the earth\'s surface A Group V element with five valence electrons. Both A & B. None of the above. The work function of a metal is: The same for different metals. An energy barrier that keeps conduction electrons inside a metal. Has the units of meters. All of the above. In a fictional atom called Hockeygen, the n=3 energy state has an energy of -2.0 eV, and the n=1 energy state has an energy of -5 eV. An electron makes a transition from the n=3 to the n=1 energy state of this atom. We expect: The photon absorbed has an energy of 3 eV. The photon emitted has an energy of 3 eV. The photon emitted has an energy of 5 eV, The photon absorbed has an energy of 5 eV. A typical silicon atom inside a single crystal of silicon has: 4 nearest neighbor dopant atoms. 8 nearest neighbor silicon atoms. 4 nearest neighbor silicon atoms. 4 electrons and 4 holes. For commercial single crystal silicon, typical dopant densities are: 10^15 - 10^17 dopants/cm^3. 10^5-10^7 dopants/cm^3 5 times 10^22 dopants/cm^3 6.02 times 10^23 dopants/cm^3 The type of solid that has the highest degree of atomic order is: Single crystal. Polycrystalline. Amorphous. Metals. Solution Problem 1 a :The model\'s key success lay in explaining the Rydberg formula for the spectral emission lines of atomic hydrogen. While the Rydberg formula had been known experimentally, it did not gain a theoretical underpinning until the Bohr model was introduced. Not only did the Bohr model explain the reason for the structure of the Rydberg formula, it also provided a justification for its empirical results in terms of fundamental physical constants. Answer: 1 Problem 1 b : Measured by mass, silicon makes up 27.7% of the Earth\'s crust and is the second most abundant element in the crust, with only oxygen having a greater abundance.Silicon is usually found in the form of complex silicate minerals, and less often assilicon dioxide (silica, a major component of common sand). It belongs to the 14th group of periodic table. Answer 4 Problem 1 c : the minimum quantity of energy which is required to remove an electron to infinity from the surface of a given solid, usually a metal. Answer 2 Problem 1 d: ENERGY required to make transition is equal to E1-E3 = -5-(-2) = -3eV So a photon with energy = 3eV is released in transition. Answer 2 Problem 1 e: For single-crystal silicon, each silicon atom has four nearest neighbors. Since Si is a column IV element and has four valence electrons, each of these electrons is shared with one of its four nearest neighbor Si atoms. Answer 3 Problem 1 f: In intrinsic crystalline silicon, there are approximately 5×1022 atoms/cm³. Doping concentration for silicon semiconductors may range anywhere .

Circle the best answer to the following questions. From the Bohr mod.pdf

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C++ Program: N-number queue rotations. [16] Write methods void Queue::lRotate(int n) and void Queue::rRotate(int n) which rotate the queue by n-number elements. Solution void rRotate(int& root){ item* tmpRoot = itemArray[root]; int ogLeft = tmpRoot->left; tmpRoot->left = itemArray[ogLeft]->right; itemArray[ogLeft]->right = root; root = ogLeft; //to be made the (sub)root outside the method } void lRotate(int& root){ item* tmpRoot = itemArray[root]; int ogRight = tmpRoot->right; tmpRoot->right = itemArray[ogRight]->left; itemArray[ogRight]->left = root; root = ogRight; //to be made the (sub)root outside the method }.

C++ ProgramN-number queue rotations.[16] Write methods void Que.pdf

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Below are two possible tree topologies. How many clades are different, in terms of their associated tips? Define exaptation. Give an example of an exaptation. Define polyphenism and give an example. Draw an illustrative isochron plot based upon 87Sr/86Sr and 87Rb/86Sr. Draw lines with different slopes, and indicate which slope corresponds to the more distant moment in time? Solution Q5. Answer: The topologies in the trees are different considering the the first tree it has five clades The B and F have major similllarity hence they have made a clade which is considered as not much variation in the genotype. next comes A and C which has made the clade as they have less variation rest D and E have more variation with other members of the clade as they form the solitary clade. Comparing first tree with the second thay have common clade A and C where as DB and F had varied lot with respect to clad formation but Clade E has formed solitary clade in both the topological trees. Q6. Answer : Exaptation is a term used in evolutionary biology to describe a trait that has been co-opted for a use other than the one for which natural selection has built it. The feathers in birds which are intially used for the heat regulation of the body, which were co- opted for dispaly and flight lateron . A behavioural example in wolves, licking the mouths of alpha wolves as a sign of submissiveness. (Similarly, dogs, which are wolves who through a long process were domesticated, lick the faces of their human owners.) This trait can be explained as an exaptation of wolf pups licking the faces of adults to encourage them to regurgitate food. Q7 .A biological mechanism that causes a trait to be polyphenic is called polyphenism. For example, crocodiles possess a sex-determining polyphenism, and therefore their gender is a polyphenic trait. Polyphenic pigmentation is adaptive for insect species that undergo multiple mating seasons each year. Different pigmentation patterns provide appropriate camouflage throughout the seasons, as well as alter heat retention as temperatures change. Because insects cease growth and development after eclosion, their pigment pattern is invariable in adulthood: thus, a polyphenic pigment adaptation would be less valuable for species whose adult form survives longer than one year.

Below are two possible tree topologies. How many clades are different.pdf

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