Another property we use is frequency. Frequency (f) is the number of cycles per second. We measure frequency in units of Hertz, (Hz). Frequency is the inverse of the time for one complete cycle. We call the time for one complete cycle the period (T) and measure in units of time. A complete cycle includes every possible value that repeats.What is the frequency of the signal?

## Another property we use is frequency. Frequency (f) is the number of cycles per second. We measure frequency in units of Hertz, (Hz). Frequency is the inverse of the time for one complete cycle. We call the time for one complete cycle the period (T) and measure in units of time. A complete cycle includes every possible value that repeats.What is the frequency of the signal?

Frequency = 1/T =1/7 Hz   Another property we use … Read More...

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How many NADH + H+ are produced by the citric acid cycle per turn? Select one: one two three four six

## How many NADH + H+ are produced by the citric acid cycle per turn? Select one: one two three four six

How many NADH + H+ are produced by the citric … Read More...
What is the average value of the signal shown above? (Hint what is the average for any non-displaced sine wave?) Why would this not be useful?

## What is the average value of the signal shown above? (Hint what is the average for any non-displaced sine wave?) Why would this not be useful?

The AVERAGE value is normally taken to mean the average … Read More...
The light reactions take place in the _________ and the Calvin cycle takes place in the _________.

## The light reactions take place in the _________ and the Calvin cycle takes place in the _________.

thylakoids; stroma
Research and Study Skills Module Assessment 1 Information. Bibliography This is designed to help set you up for the coming academic year/s. The Bibliography will provide you with vital references for every module undertaken during this postgraduate course. Clearly, a thorough Bibliography will help with this ICA, but also with successive coursework and practice. Your Bibliography will be split into 2 sections, you must pick 2 subjects from the 3 listed for your subject area: Civil Engineering: 1. Coastal protection and sea defence methods; 2. Bearing capacity, settlement and ground modification 3. Project planning methods utilised in civil engineering projects. Energy and Environmental Management: 1 Energy generation by geothermal means 2 The physical science base for climate change 3 Life Cycle Assessment (LCA) Project Management 1. IT in Construction Industry 2. Development of Project manager Competency 3. Project Success: Project management Biotechnology 1. Biofuel production using Algae 2. Use of Genetically Modified Organisms and Health and Safety measures 3. Genetic disease and gene-therapy treatment Electronics and Communications 1. Transistors, amplifiers and analogue circuits design 2. Wireless telecommunications 3. Industrial communications protocols Control and Electronics 1. Transistors, amplifiers and analogue circuits design 2. Robust control system design 3. Model predictive control Mechanical Engineering 1. Finite Element Methods 2. Machine Design 3. Applied Continuum Mechanics or Automotive Engineering & Vehicle Design Advanced Manufacturing Systems 1. Finite Element Methods 2. Manufacturing Process Technology or Manufacturing Systems 3. Production Management Petroleum Engineering 1. Enhanced Oil Recovery Methods (screening criteria) 2. Horizontal drilling technology (why and how) 3. Types of oil & gas separators (performance affecting parameters) You must choose two areas for your subject area to seek out suitable reference material for. In the first section, you must critically select between 10 and 15 key references from one of your subject areas and provide a 300 word summary of the content of one of these references. In the second section, you must again select between 10 and 15 references from the second of your subject areas and then produce a 600 word critical comparison of two of these references. In this critical comparison you should be comparing the research conducted in each of your two chosen sources to one another. The Bibliography should be in the Harvard format. Marks for the assessed bibliography will be distributed for the following criteria: 1. Appropriateness of references (25%) 2. Range of sources (25%) 3. Appropriate content of summaries (40%) 4. Format (10%)

## Research and Study Skills Module Assessment 1 Information. Bibliography This is designed to help set you up for the coming academic year/s. The Bibliography will provide you with vital references for every module undertaken during this postgraduate course. Clearly, a thorough Bibliography will help with this ICA, but also with successive coursework and practice. Your Bibliography will be split into 2 sections, you must pick 2 subjects from the 3 listed for your subject area: Civil Engineering: 1. Coastal protection and sea defence methods; 2. Bearing capacity, settlement and ground modification 3. Project planning methods utilised in civil engineering projects. Energy and Environmental Management: 1 Energy generation by geothermal means 2 The physical science base for climate change 3 Life Cycle Assessment (LCA) Project Management 1. IT in Construction Industry 2. Development of Project manager Competency 3. Project Success: Project management Biotechnology 1. Biofuel production using Algae 2. Use of Genetically Modified Organisms and Health and Safety measures 3. Genetic disease and gene-therapy treatment Electronics and Communications 1. Transistors, amplifiers and analogue circuits design 2. Wireless telecommunications 3. Industrial communications protocols Control and Electronics 1. Transistors, amplifiers and analogue circuits design 2. Robust control system design 3. Model predictive control Mechanical Engineering 1. Finite Element Methods 2. Machine Design 3. Applied Continuum Mechanics or Automotive Engineering & Vehicle Design Advanced Manufacturing Systems 1. Finite Element Methods 2. Manufacturing Process Technology or Manufacturing Systems 3. Production Management Petroleum Engineering 1. Enhanced Oil Recovery Methods (screening criteria) 2. Horizontal drilling technology (why and how) 3. Types of oil & gas separators (performance affecting parameters) You must choose two areas for your subject area to seek out suitable reference material for. In the first section, you must critically select between 10 and 15 key references from one of your subject areas and provide a 300 word summary of the content of one of these references. In the second section, you must again select between 10 and 15 references from the second of your subject areas and then produce a 600 word critical comparison of two of these references. In this critical comparison you should be comparing the research conducted in each of your two chosen sources to one another. The Bibliography should be in the Harvard format. Marks for the assessed bibliography will be distributed for the following criteria: 1. Appropriateness of references (25%) 2. Range of sources (25%) 3. Appropriate content of summaries (40%) 4. Format (10%)

Section 1: Transistors, amplifiers and analogue circuits design   References: … Read More...
The Krebs cycle occurs in the, cytoplasm, cristae of the mitochondria, stroma of the chloroplast, grana of the chloroplast, matrix of the mitochondria

## The Krebs cycle occurs in the, cytoplasm, cristae of the mitochondria, stroma of the chloroplast, grana of the chloroplast, matrix of the mitochondria

The Krebs cycle occurs in the, cytoplasm, cristae of the … Read More...
Define the term “creep” and discuss its significance in the design of polymer components.

## Define the term “creep” and discuss its significance in the design of polymer components.

Creep is a time- dependent deformation under a certain applied … Read More...
1. a. Fumarase is an enzyme in the citric acid cycle that catalyzes the conversion of fumarate to L-malate. Given the substrate (fumarate) concentrations and initial velocities shown below, construct a Lineweaver-Burk plot and determine the Vmax and Km values for the fumarase-catalyzed reaction. You may attach the graph to this assignment. Fumarate (mM) Rate (mmol-1min-1) 2.0 2.5 3.3 3.1 5.0 3.6 10.0 4.2 b. Fumarase has a MW of 194,000 and has 4 identical subunits, each with an active site. If the enzyme concentration is 1 x 10-2 M for the experiment in part a, calculate the kcat value for the reaction of fumarase with fumarate. 1. An enzyme which follows Michaelis-Menten kinetics has a Km of 1 µm. The initial velocity is 0.1 µM min-1 at a substrate concentration of 100 µM. What is the initial velocity when the [S] is equal to: (a) 1 mM (b) 1 µM (c) 4 µM Note: Show your work.

## 1. a. Fumarase is an enzyme in the citric acid cycle that catalyzes the conversion of fumarate to L-malate. Given the substrate (fumarate) concentrations and initial velocities shown below, construct a Lineweaver-Burk plot and determine the Vmax and Km values for the fumarase-catalyzed reaction. You may attach the graph to this assignment. Fumarate (mM) Rate (mmol-1min-1) 2.0 2.5 3.3 3.1 5.0 3.6 10.0 4.2 b. Fumarase has a MW of 194,000 and has 4 identical subunits, each with an active site. If the enzyme concentration is 1 x 10-2 M for the experiment in part a, calculate the kcat value for the reaction of fumarase with fumarate. 1. An enzyme which follows Michaelis-Menten kinetics has a Km of 1 µm. The initial velocity is 0.1 µM min-1 at a substrate concentration of 100 µM. What is the initial velocity when the [S] is equal to: (a) 1 mM (b) 1 µM (c) 4 µM Note: Show your work.

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