The RASopathies are a group of genetic syndromes caused by germline .pdf

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vichu19891

The RASopathies are a group of genetic syndromes caused by germline mutations in genes that alter the Ras sub family and Mitogen activated protein kinases that control signal transduction. Some of these syndromes are neurofibromatosis type 1, Noonan syndrome, Costello syndrome, cardio-facio-cutaneous syndrome, LEOPARD syndrome and Legius syndrome. RAS opathies and X-chromosomes are not linked. Solution The RASopathies are a group of genetic syndromes caused by germline mutations in genes that alter the Ras sub family and Mitogen activated protein kinases that control signal transduction. Some of these syndromes are neurofibromatosis type 1, Noonan syndrome, Costello syndrome, cardio-facio-cutaneous syndrome, LEOPARD syndrome and Legius syndrome. RAS opathies and X-chromosomes are not linked..

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1. Copper is above silver in the activity series. Thus Cu metal will displace Ag+ ions from solution, forming Cu2+ ions and metallic Ag. Observation: The reddish brown copper metal dissolves and silver metal precipitates out. The colorless Ag+ solution turns blue due to Cu2+ ions formed. 2. Molecular equation: Cu(s) + 2 AgNO3(aq) => 2 Ag(s) + Cu(NO3)2(aq) 3. Complete ionic equation (obtained by expanding soluble ions in molecular equation): Cu(s) + 2 Ag+(aq) + 2 NO3-(aq) => 2 Ag(s) + Cu2+(aq) + 2 NO3-(aq) 4. Net ionic equation (obtained by cancelling common ions in complete ionic equation): Cu(s) + 2 Ag+(aq) => 2 Ag(s) + Cu2+(aq) Solution 1. Copper is above silver in the activity series. Thus Cu metal will displace Ag+ ions from solution, forming Cu2+ ions and metallic Ag. Observation: The reddish brown copper metal dissolves and silver metal precipitates out. The colorless Ag+ solution turns blue due to Cu2+ ions formed. 2. Molecular equation: Cu(s) + 2 AgNO3(aq) => 2 Ag(s) + Cu(NO3)2(aq) 3. Complete ionic equation (obtained by expanding soluble ions in molecular equation): Cu(s) + 2 Ag+(aq) + 2 NO3-(aq) => 2 Ag(s) + Cu2+(aq) + 2 NO3-(aq) 4. Net ionic equation (obtained by cancelling common ions in complete ionic equation): Cu(s) + 2 Ag+(aq) => 2 Ag(s) + Cu2+(aq).

1. Copper is above silver in the activity series. Thus Cu metal will.pdf

vichu19891

/******************* using recursive method **********************/ /** * 1.2.1 Java program to calculate the Fibonacci Number using recursion */ import java.util.Scanner; public class Fibo { public static void main(String args[]){ Scanner scan= new Scanner(System.in); //Scanner object to read from the user int n; System.out.println(\"Enter the value of n\"); n=scan.nextInt(); System.out.println(\"The \"+n+\". Fibonacci number is \"+calFibonacci(n+1));// Calling the recursive method scan.close(); } //method to calculate Fibonacci number recursively public static long calFibonacci(int index){ if (index == 1) return 0; if (index == 2) return 1; return calFibonacci(index - 1) + calFibonacci(index - 2); } } /** Outputs * Enter the value of n 25 The 25. Fibonacci number is 75025 */ /******************************using iterative method************************************/ /** * 1.2.2 Java program to calculate the fibonacci number using iterative method */ import java.util.Scanner; public class Fibo2 { public static void main(String args[]){ Scanner scan= new Scanner(System.in); //Scanner object to read from the user int n; System.out.println(\"Enter the value of n\"); n=scan.nextInt(); System.out.println(\"The \"+n+\". Fibonacci number is \"+calFibonacci(n+1)); // Calling the iterative method to calculate fibonacci number scan.close(); } public static long calFibonacci(int index){ int first=0; int second=1; for(int i=2;i<=index;i++){ int temp=first; first=first+second; second=temp; } return first; } } /** Output * * Enter the value of n 25 The 25. Fibonacci number is 75025 * */ /**************************************************/ The efficient method is the iterative way of calculating the number Explaination In recursion method we calculate the the numbers from current index till 0. So for each index we do calculate the fibonacci number again and again. Hence it takes a lot time to calculate the answers. Whereas in iterative method we do not rework like recursion. Here we store the previous two numbers(first and second in above code) and calculate the next one. So its a efficient way to calculate the number. The time complexity in this will be O(n). Thanks a lot. Please feel free to ask doubts if you have any. God bless you. Solution /******************* using recursive method **********************/ /** * 1.2.1 Java program to calculate the Fibonacci Number using recursion */ import java.util.Scanner; public class Fibo { public static void main(String args[]){ Scanner scan= new Scanner(System.in); //Scanner object to read from the user int n; System.out.println(\"Enter the value of n\"); n=scan.nextInt(); System.out.println(\"The \"+n+\". Fibonacci number is \"+calFibonacci(n+1));// Calling the recursive method scan.close(); } //method to calculate Fibonacci number recursively public static long calFibonacci(int index){ if (index == 1) return 0; if (index == 2) return 1; return calFibonacci(index - 1) + calFibonacci(index - 2); } } /** Outputs * .

using recursive method .pdf

vichu19891

a. Population - families in the state of Florida b. Variable .pdf

vichu19891

there is no reaction between HNO3 and KCl. S.pdf

vichu19891

The thickness of non-saturated zone and physico-chemical conditions are important parameters to assess the impact of infiltration ponds on water resources with respect to heavy metals transfer. As changes in physico-chemical parameters of solutions have a strong impact on the mobility of colloidal phases in sediments and soils, the colloidal facilitated transfer of heavy metals has to be investigated. Therefore, this study focuses on the characterization of runoff, surface and interstitial waters in a retention/infiltration pond collecting runoff waters of a bridge near Nantes. Physico-chemical parameters and chemical analyses were performed on the waters during about one year. The separation of dissolved and colloidal fractions was carried out by filtration and ultrafiltration for one sample of surface and interstitial waters. Until now, the runoff waters were only filtered at 0.45 microm. The comparison of physico-chemical data shows that the minor variations of runoff water parameters are mitigated in basin and in soils but strong variations impact the composition of interstitial waters. High concentrations of zinc, copper and still of lead are measured in runoff. Lead and cadmium seem to be associated to colloidal and particulate fractions while zinc, copper, nickel and chromium are distributed in all fractions. Solution The thickness of non-saturated zone and physico-chemical conditions are important parameters to assess the impact of infiltration ponds on water resources with respect to heavy metals transfer. As changes in physico-chemical parameters of solutions have a strong impact on the mobility of colloidal phases in sediments and soils, the colloidal facilitated transfer of heavy metals has to be investigated. Therefore, this study focuses on the characterization of runoff, surface and interstitial waters in a retention/infiltration pond collecting runoff waters of a bridge near Nantes. Physico-chemical parameters and chemical analyses were performed on the waters during about one year. The separation of dissolved and colloidal fractions was carried out by filtration and ultrafiltration for one sample of surface and interstitial waters. Until now, the runoff waters were only filtered at 0.45 microm. The comparison of physico-chemical data shows that the minor variations of runoff water parameters are mitigated in basin and in soils but strong variations impact the composition of interstitial waters. High concentrations of zinc, copper and still of lead are measured in runoff. Lead and cadmium seem to be associated to colloidal and particulate fractions while zinc, copper, nickel and chromium are distributed in all fractions..

The thickness of non-saturated zone and physico-c.pdf

vichu19891

The folding process of proteins is hierarchical, .pdf

vichu19891

Step1 ppt of PbCl2 are soluble in hot water. Ste.pdf

vichu19891

Should take off H from SH group, forming RS-Na+ salt. note: both S and O are group 16 elements. However, S is in the third row and O is in the second row. THe atomic size of S is bigger than that of O, thus S-H bond is weaker than O-H bond. The H in SH is more acidic than that in OH. the acidity of H: SH > OH > NH > CH Solution Should take off H from SH group, forming RS-Na+ salt. note: both S and O are group 16 elements. However, S is in the third row and O is in the second row. THe atomic size of S is bigger than that of O, thus S-H bond is weaker than O-H bond. The H in SH is more acidic than that in OH. the acidity of H: SH > OH > NH > CH.

Should take off H from SH group, forming RS-Na+ s.pdf

vichu19891

Rest are okay but B) I think should be vanderwall.pdf

vichu19891

pH =4.217 pH = - log(concentration of H+) = -log .pdf

vichu19891

Liquids may change to a vapor at temperatures below their boiling points through the process of evaporation. Evaporation is a surface phenomenon in which molecules located near the liquid\'s edge, not contained by enough liquid pressure on that side, escape into the surroundings as vapor. On the other hand, boiling is a process in which molecules anywhere in the liquid escape, resulting in the formation of vapor bubbles within the liquid. Solution Liquids may change to a vapor at temperatures below their boiling points through the process of evaporation. Evaporation is a surface phenomenon in which molecules located near the liquid\'s edge, not contained by enough liquid pressure on that side, escape into the surroundings as vapor. On the other hand, boiling is a process in which molecules anywhere in the liquid escape, resulting in the formation of vapor bubbles within the liquid..

Liquids may change to a vapor at temperatures bel.pdf

vichu19891

intra extra equilibrium potential mEq/L mEq/L 12 142 61.77 135 4 -87.97 0.5 * 10^-4 0.75 * 10^-4 120.19 4.5 112 80.36 equlibrium potential = RT/ZF ln(Xo/Xi) =25 mV ln(Xo/Xi) mEq/L=(mMoles/L) / valency Solution intra extra equilibrium potential mEq/L mEq/L 12 142 61.77 135 4 -87.97 0.5 * 10^-4 0.75 * 10^-4 120.19 4.5 112 80.36 equlibrium potential = RT/ZF ln(Xo/Xi) =25 mV ln(Xo/Xi) mEq/L=(mMoles/L) / valency.

intra extra equilibrium potential mEqL mEqL 1.pdf

vichu19891

Which of the following forms of DES is considered the most vulnerabl.pdf

vichu19891

This is actually pretty simple, so I\'ll help explain. Take a given hydrogen atom, but we\'ll use an ionic form that has 5 electrons (as you\'ve stated). Now, for the quantum numbers. The first one, N, is the electron shell in question. Shells work as providing spaces for electron density. The first shell, in which N=1, holds two electrons because it only contains one orbital. N=2 holds two orbitals, which holds four electrons. Combined with N=1, an ion in N=2 has anywhere between 3 (the minimum of N=1, +1 electron) and 8 electrons (the maximum number of electrons before entering the third shell. Because the ion in question has 5 electrons, its N value is 2. A simple way to calculate the maximum number of electrons in a given atom that occupies a specific shell is to take that shell number, N, square it and multiply the result by two. That is why the maximum quantum number N for an atom whose electrons occupy the third shell is 18 (which is (3^2)2). Onto the next quantum number, which is l. If you understand the order of atomic shells and their orbitals, this is a simple one. The first shell is l=0, which is the \"s\" shell of an atom. s shells can only hold one atomic orbital, which is two electrons. We denote this as \"1s2\". The next shell is 2s, and because we can fill it, it become 2s2.Because we have 5 electrons, we need to keep going up. The next shell is l=1, which is the \"p\" shell. That fits our last electron, so your value for the l quantum number is \"1.\" Now we\'re at the ml quantum number. These are the numbers we assign to the specific orbitals in which electrons reside in, within a given shell. We\'re currently in the p shell, which holds 3 orbitals whose names are -1, 0, and +1. Unless you have a picture of the electron shells, we can only guess that the 5th electron is in any one of these, so the safe bet is to put it into the -1 orbital (though it can really be in any of them). Lastly, the ms quantum number. This denotes the spin on the electron. Up spin is +1/2, whilst down spin is -1/2. Unless you have a picture, I can\'t tell you which way it is spinning, but it\'s a safe guess to say that it\'s up. In sum, your quantum numbers as: 2, 1, 0, (1/2) I hope that helps. (: Feel free to ask any questions. Solution This is actually pretty simple, so I\'ll help explain. Take a given hydrogen atom, but we\'ll use an ionic form that has 5 electrons (as you\'ve stated). Now, for the quantum numbers. The first one, N, is the electron shell in question. Shells work as providing spaces for electron density. The first shell, in which N=1, holds two electrons because it only contains one orbital. N=2 holds two orbitals, which holds four electrons. Combined with N=1, an ion in N=2 has anywhere between 3 (the minimum of N=1, +1 electron) and 8 electrons (the maximum number of electrons before entering the third shell. Because the ion in question has 5 electrons, its N value is 2. A simple way to calculate the maximum number of electrons.

This is actually pretty simple, so Ill help explain. Take a gi.pdf

vichu19891

There are many test IPv6 networks deployed across the world. For actual deployment, however, all the companies need to ensure that the vendors who support companys network have the requisite IPv6 enhancements. There are two categories of IPv6 enhancements. The first is the set that supports the packet forwarding (more commonly referred to as routing) process and the other set comprises enhancements that support the computing or host infrastructure. IPv6 enhancements of the first category include larger address formats (the ones that affect the routing table size and structure), better routing protocols such as Open Shortest First Protocol (OSPF) and Routing Information Protocol (RIP), and good support for optional extension headers (which streamline the packet forwarding process) such as the Routing Header. And, the second category of enhancements comprises enhancements to the Domain Name System (DNS), the Stateless Auto-configuration (plug and play) process, upgraded Security, and updates to the Application Programming Interfaces (APIs). Keeping these requisite enhancements in mind, let us now discuss what kind of support ten of the premier networking vendors are equipped to provide: Solution There are many test IPv6 networks deployed across the world. For actual deployment, however, all the companies need to ensure that the vendors who support companys network have the requisite IPv6 enhancements. There are two categories of IPv6 enhancements. The first is the set that supports the packet forwarding (more commonly referred to as routing) process and the other set comprises enhancements that support the computing or host infrastructure. IPv6 enhancements of the first category include larger address formats (the ones that affect the routing table size and structure), better routing protocols such as Open Shortest First Protocol (OSPF) and Routing Information Protocol (RIP), and good support for optional extension headers (which streamline the packet forwarding process) such as the Routing Header. And, the second category of enhancements comprises enhancements to the Domain Name System (DNS), the Stateless Auto-configuration (plug and play) process, upgraded Security, and updates to the Application Programming Interfaces (APIs). Keeping these requisite enhancements in mind, let us now discuss what kind of support ten of the premier networking vendors are equipped to provide:.

There are many test IPv6 networks deployed across the world. For act.pdf

vichu19891

The three ways of presenting the changes in the balance of the Comprehensive Income (Cumulative) are : (i) Adding the value to the Stockholders\' Equity Balance. (ii) Showing the credit balance as a separate item in the Reserves and Surplus section of the Liabilities side. (iii) Showing a debit balance in the comprehensive income as an item in the Assets Side of the Balance Sheet with the heading \"Debit Balance in Profit and Loss Account\". Solution The three ways of presenting the changes in the balance of the Comprehensive Income (Cumulative) are : (i) Adding the value to the Stockholders\' Equity Balance. (ii) Showing the credit balance as a separate item in the Reserves and Surplus section of the Liabilities side. (iii) Showing a debit balance in the comprehensive income as an item in the Assets Side of the Balance Sheet with the heading \"Debit Balance in Profit and Loss Account\"..

The three ways of presenting the changes in the balance of the Compr.pdf

vichu19891

ThanksSolutionThanks.pdf

vichu19891

Step1 In O2 ; we have 2 unpaired electrons which occupy pi 2p Anti.pdf

vichu19891

Quartzite is sandstone that has been converted to a solid quartz rock. It formed when silica is subjected to great heat and pressure. The individual silica particles melt and glue together to form quartizite. Solution Quartzite is sandstone that has been converted to a solid quartz rock. It formed when silica is subjected to great heat and pressure. The individual silica particles melt and glue together to form quartizite..

Quartzite is sandstone that has been converted to a solid quartz roc.pdf

vichu19891

Principal amount = $800,000/1.066^(5*12) Interest in the last year = Sum Payable at the end of fifth year - Sum payable at the end of fourth year = $800,000 - $800,000*(1.066)^ (4*12 - 5*12) = $428,461.75 Solution Principal amount = $800,000/1.066^(5*12) Interest in the last year = Sum Payable at the end of fifth year - Sum payable at the end of fourth year = $800,000 - $800,000*(1.066)^ (4*12 - 5*12) = $428,461.75.

Principal amount = $800,0001.066^(512)Interest in the last y.pdf

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The RASopathies are a group of genetic syndromes caused by germline .pdf

1. The RASopathies are a group of genetic syndromes caused by germline mutations in genes that alter the Ras sub family and Mitogen activated protein kinases that control signal transduction. Some of these syndromes are neurofibromatosis type 1, Noonan syndrome, Costello syndrome, cardio-facio-cutaneous syndrome, LEOPARD syndrome and Legius syndrome. RAS opathies and X-chromosomes are not linked. Solution The RASopathies are a group of genetic syndromes caused by germline mutations in genes that alter the Ras sub family and Mitogen activated protein kinases that control signal transduction. Some of these syndromes are neurofibromatosis type 1, Noonan syndrome, Costello syndrome, cardio-facio-cutaneous syndrome, LEOPARD syndrome and Legius syndrome. RAS opathies and X-chromosomes are not linked.

The RASopathies are a group of genetic syndromes caused by germline .pdf

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