As a result of the final year on-campus, Tekno School of Computing wants to select the students, who have performed well in the interview. The report given is in the matrix format. Now nominees for the post “placement coordinators” are to be selected. The students with highest interview score is the one to be nominated. The total number of inputs can be calculated using (m*n+2). The first input integer corresponds to m, the number of rows in the matrix( i.e. number of students) and the second integer corresponds to n, the number of columns(number of interview rounds). The remaining integers correspond to the elements in the matrix. The elements are read in row wise order, first row first, then second row and so on. Assume that the maximum value of m and n to be 10.
For ex: Consider in a 3x3 matrix, 9 values to be filled.
round1 round2 round3
student1 1 4 5
student2 6 4 1
student3 2 4 3
For this scenario, the total number of inputs is 11 calculated using formula(m*n+2). Here, ((3*3+2) =11). The input integers are 3,3,1,4,5,6,4,1,2,4,3. Here, first integer represents 3 rows, second integer represents 3 columns, the remaining integers are scores. (highest scores values can be calculated as follows (1+4+5), (6+4+1), (2+4+3). Here, The nominee with highest score 11 is student 2). If two or more students with same score, then they can be the nominated. Write a Pseudo code for this scenario1.Define hydrogen bond. Explain inter molecular hydrogen bonding in HF, H2O, NH3
2. Explain inter and intra molecular hydrogen bonding in Salicylaldehyde and Nitrophenol.
3. Explain the effect of hydrogen bonding on the boiling point. Explain the effect of hydrogen bonding on solubility of alcohols in water.
4.Define metallic bond and explain with free electron theory/ electron sea model. lity of alcohols
5. Understand the electronic concept of oxidation, reduction and redox reaction.
6. Define oxidation number
7. List the rules for calculation of oxidation number.
8. Apply the rules to calculate the oxidation number.PART A
1. Define isotopes and isobars
2.Give two examples of coordinate covalent bond
3 Define Solute and Solvent
What is Gold number
PART B
5 a) What are the differences between orbit and orbital
Or
b) Explain ionic bond formation in NaCl
6 a) What are saturated, unsaturated and super saturated solutions.
Or
b) Write the properties of Colloids
PART C
7 a) Write the differences between Ionic and covalent compounds
Or
b) Find the oxidation number of Cr in K₂Cr₂O₇ and P in PO₄3-
8 a) Write Formulae to calculate Equivalent weight of Acids,Bases and Salts.
Or
b) Define Normality. Calculate the Normality of 250 ml solution containing 4.9 grams of H₂SO₄ .
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As a result of the final year on-campus, Tekno School of Computing wants to select the students, who have performed well in the interview. The report given is in the matrix format. Now nominees for the post “placement coordinators” are to be selected. The students with highest interview score is the one to be nominated. The total number of inputs can be calculated using (m*n+2). The first input integer corresponds to m, the number of rows in the matrix( i.e. number of students) and the second integer corresponds to n, the number of columns(number of interview rounds). The remaining integers correspond to the elements in the matrix. The elements are read in row wise order, first row first, then second row and so on. Assume that the maximum value of m and n to be 10.
For ex: Consider in a 3x3 matrix, 9 values to be filled.
round1 round2 round3
student1 1 4 5
student2 6 4 1
student3 2 4 3
For this scenario, the total number of inputs is 11 calculated using formula(m*n+2). Here, ((3*3+2) =11). The input integers are 3,3,1,4,5,6,4,1,2,4,3. Here, first integer represents 3 rows, second integer represents 3 columns, the remaining integers are scores. (highest scores values can be calculated as follows (1+4+5), (6+4+1), (2+4+3). Here, The nominee with highest score 11 is student 2). If two or more students with same score, then they can be the nominated. Write a Pseudo code for this scenario1.Define hydrogen bond. Explain inter molecular hydrogen bonding in HF, H2O, NH3
2. Explain inter and intra molecular hydrogen bonding in Salicylaldehyde and Nitrophenol.
3. Explain the effect of hydrogen bonding on the boiling point. Explain the effect of hydrogen bonding on solubility of alcohols in water.
4.Define metallic bond and explain with free electron theory/ electron sea model. lity of alcohols
5. Understand the electronic concept of oxidation, reduction and redox reaction.
6. Define oxidation number
7. List the rules for calculation of oxidation number.
8. Apply the rules to calculate the oxidation number.PART A
1. Define isotopes and isobars
2.Give two examples of coordinate covalent bond
3 Define Solute and Solvent
What is Gold number
PART B
5 a) What are the differences between orbit and orbital
Or
b) Explain ionic bond formation in NaCl
6 a) What are saturated, unsaturated and super saturated solutions.
Or
b) Write the properties of Colloids
PART C
7 a) Write the differences between Ionic and covalent compounds
Or
b) Find the oxidation number of Cr in K₂Cr₂O₇ and P in PO₄3-
8 a) Write Formulae to calculate Equivalent weight of Acids,Bases and Salts.
Or
b) Define Normality. Calculate the Normality of 250 ml solution containing 4.9 grams of H₂SO₄ .