“This is too hard.” I don’t understand this. “Why did I choose this major?” “Why do I let myself suffer like this?” Okay, so I’m being melodramatic, but these thoughts run through my mind when I’m studying math. I acknowledge that math isn’t the hardest subject out there and everyone has their struggles with a subject. In my case, I love math, but I’m not the best at it. A lot had to do with me not knowing how to approach and study the material. I thought that it would be all computations like in calculus, but once I arrived to upper division math it wasn’t. After a few bad grades I learned that my approach for studying math was not working. I had to change my approach.

The first thing to keep in mind when studying college math is that it takes a lot of time and practice. You might not get the solution for a problem in the first attempt, second attempt or even third attempt. It might take you a dozen attempts so be patient with yourself. Also when you are reading math it’s not like reading a fiction novel. Math is very time consuming; sometimes you’ll be reading the material over and over until you grasp it. The first step is to know, understand and memorize all and any definitions given for the math course you are taking. For example, the definition of a set is a collection of objects or elements. So if we don’t know what an element is, we won’t understand what a set is. The definition of an element is the members of a set. Therefore, for any definitions that are given make sure you understand all the terminology involved in the definition. Carefully read and study the examples in the textbook and make examples for yourself until the definition becomes clear.

Second, make sure you understand all theorems and lemmas. A theorem in mathematics is a proposition that has been or is to be proved on the basis of explicit assumptions. (freedictionary.com) While a lemma is a secondary proposition assumed to be true and used to prove a theorem....

...Book quiz question
CH1
Match the following
organs Body structures composed of several different tissues that act as a structural and functional unit.
molecules Clusters of atoms, the fundamental elements of matter, joined together by covalent bonds.
cells Membrane-bound functional units that carry out the basic activities of life.
organ systems Multiple organs acting together within an organism to carry out a necessary function.
tissues A structure composed of groups of similar cells acting as a single functional unit in multicellular organisms.
organelles Tiny functional structures assembled from complex biological molecules that are contained in cells.
The study of living things is : BIOLOGY
In the hierarchy of life, species are made up of: POPULATIONS
Defining life precisely can be difficult, however, all living things share the following:
cellular organization
growth, development, reproduction
energy utilization
evolutionary adaptation
NOT…movement
“A concept in biology is: The whole is equal to more than the sum of its parts.”
This is termed: EMERGENT PROERTIES
biological community All of the populations of different species living together in one place.
population A group of organisms of the same species living the in same place.
emergent properties Novel properties that result from the way in which components interact at each level in the living hierarchy.
species All populations of one kind of organism whose...

...that will cause the block to slide at constant speed. The forces acting on the block are (see Figure 8). The set up for this part is in Figure 6By summing up forces along x and y axes (refer to figure 9), and equating the forces to zero, the theoretical value of Wp is:
ΣFx=0
Wp=f+Wbsinθ;f=μN(Equation 4)
ΣFx=0
N= Wbcosθ (Equation 5)
Therefore,
Wp=μWhcosθ+Wbsinθ (Equation 6)
Table 3. Determination of the Angle Repose
TRIAL 𝜽 Wp (calculated) Wp (experimental) Percent Difference
1 20o 65.820 g 75 g 13.95%
2 23o 100.14 g 115 g 14.84%
3 26o 138.58 g 150 g 8.24%
4 29o 180.90 g 190 g 5.03%
5 32o 226.79 g 230 g 1.41%
The coefficient of friction which is defines as f/n has no relationship with the area of contact. Therefore no matter how big or small the area of contact is, it cannot affect the coefficient of friction. Although a larger area of contact between two surfaces would create a larger source of frictional forces, it also reduces the pressure between the two surfaces for a given force holding them together. Since pressure equals force divided by the area of contact, it works out that the increase in friction generating area is exactly offset by the reduction in pressure.
In the experiment, it was proven and tested that area of contact does not affect the coefficient of friction. Based on data, area doesn’t affect much the value of the coefficient of friction since the values just differ in minimal aspects
It is strictly necessary to observe...

...
The case between Beauty and Stylish involves concept of a valid contract, pre-contractual statements, express term and misrepresentation.
A valid contract is established between Beauty and Stylish when an offer is accepted and there is intention for both parties to create legal relations. An offer refers to the expression of willingness of the offerer to be contractually bound by an agreement if his or her offer is properly accepted. It has to be clear and certain in terms. It must also be communicated to the offeree before it is being accepted. In addition, the acceptance has to be unqualified, unconditional and made by a positive act. In the case of Beauty and Stylish, a positive act refers to the signing of the contract. All terms of the offer must be accepted without any changes and cannot be subjected to any condition, taking effect only upon fulfillment of that condition. When Beauty and Stylish enter into the agreement, they must intend to bind and bound legally to each other by their agreement. This is the intention to create legal relations between two parties. In the meanwhile, this contract must possess consideration. A contract must therefore be a two-sided affair, with each side providing or promising to provide something of value in exchange for what the other is to provide.
Every contract, whether oral or written, contain terms. The terms of a contract set out the rights and duties of the parties. Terms are the promises and undertakings given by each...

...How to Prepare For Exams
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Introduction
"How to Prepare for Exam?" A big question that you always ask yourself. Here are some tips that may help you. Dear student friends you people may be of different types. I know, many of you, no all of you are so brilliant students.Yet there may be some problems regarding yourstudies Let's discuss it here.Many of you may be working hard and getting good marks and some of you may not be working hard but still manages to get high marks in exams,Others may be wondering how it happens?.And also there will be a few of you study well but still not able to score well in exams.Don't worry there are some very simple tips by following which you can become master. These tips will tell you 'How to prepare for Exams in Short time', 'How to prepare for a high school exam' as well as a competitive exam and even you can prepare for exams in a week just by following these tips. It will be even better if you follow this for a long period of time.
Tips and Tricks For students
There is no short cut to success, this is the first thing you should remember. For this reason you have to study well first of all. But the preparations are different for different types of exams. Some competitive exams need long...

...cough
Yellow fever
Zoonoses
Task:
A. Create a multimedia presentation (e.g., PowerPoint, Keynote) (suggested length of 10–12 slides) addressed to the International Council of Nurses in which you do the following:
Note: The slides in your presentation should include only the main points you wish to make, with more extensive information included in the presenter notes section of the presentation.
1. Summarize the factors that contributed to the chosen disease’s prevalence with respect to the affected population, including the following discussion points:
• Identification of the selected population
• Social, cultural, epidemiological, and environmental factors
• Past, present, and future considerations
2. Analyze how the chosen disease currently impacts various groups within the affected population.
3. Create a plan that includes three recommendations for improving the health status of the affected population.
a. Justify your plan based on the following:
i. Social influences
ii. Environmental factors
iii. Cultural influences
iv. Epidemiological influences
B. When you use sources, include all in-text citations and references in APA format.
Note: When bulleted points are present in the task prompt, the level of detail or support called for in the rubric refers to those bulleted points.
Note: For definitions of terms commonly used in the rubric, see the Rubric Terms web link included in the Evaluation Procedures...

...Maths" and "Math" redirect here. For other uses see Mathematics (disambiguation) and Math (disambiguation).
Euclid, Greek mathematician, 3rd century BC, as imagined by Raphael in this detail from The School of Athens.[1]Mathematics is the abstract study of quantity (numbers),[2] structure,[3] space,[2] change,[4][5] and any topic which has quantities and therefore can be studied quantitatively.[6] It has no generally accepted definition.[7][8]
Mathematicians seek out patterns[9][10] and formulate new conjectures. Mathematicians resolve the truth or falsity of conjectures by mathematical proof. When mathematical structures are good models of real phenomena, then mathematical reasoning can provide insight or predictions about nature. Through the use of abstraction and logic, mathematics developed from counting, calculation, measurement, and the systematic study of the shapes and motions of physical objects. Practical mathematics has been a human activity for as far back as written records exist. The research required to solve mathematical problems can take years or even centuries of sustained inquiry.
Rigorous arguments first appeared in Greek mathematics, most notably in Euclid's Elements. Since the pioneering work of Giuseppe Peano (1858–1932), David Hilbert (1862–1943), and others on axiomatic systems in the late 19th century, it has become customary to view mathematical research as...

...Chapter 11
Four Decades of the Defence of
Australia: Reflections on Australian
Defence Policy over the Past 40 Years
Hugh White
The serious academic study of Australian defence policy can be said to have
begun with the publication of a book by the SDSC’s founder, Tom Millar, in
1965. The dust jacket of that book, Australia’s Defence, posed the following
question: ‘Can Australia Defend Itself?’ Millar thus placed the defence of Australia
at the centre of his (and the SDSC’s) work from the outset. Much of the SDSC’s
effort over the intervening 40 years, and I would venture to say most of what
has been of value in that effort, has been directed toward questions about the
defence of the continent. This has also been the case for most of the work by
Australian defence policymakers over the same period. In this chapter I want
to reflect on that work by exploring how the idea of the ‘defence of Australia’
has evolved over that time, and especially how its role in policy has changed,
from the mid-1960s up to and including the most recent comprehensive statement
of defence policy, Defence 2000: Our Future Defence Force.
This is no dry academic question. The key question for Australian defence
policy today is how we balance priority for the defence of Australia against
priority for the defence of wider strategic interests. The starting point for that
debate is the policies of the 1970s and 1980s, which...

...Yr 10
Mathematics
Assignment
LCR Maths
By Adonis Chigeza
Understanding and Fluency Tasks
Task A
1. y = 1.2𝑥 + 2.57
2. Interpolation: y = -3.43
Extrapolation: y = -8.23
Task B
a) The equation for the path of the ball is h = -0.1t^2 + 0.9t + 1 (h = height, t = time)
b) The vertical height of the ball after 2. seconds2.664m
c) The maximum height reached by the ball is 3.025m
d) The time of with the ball is at maximum height of 3.025 is 4.5 seconds
e) The total time in which the ball was in the air is 10 seconds
f) The two times in which the ball was 1 metre above ground is 0 and 9
Adonis Chigeza 10C
LCR Mathematics
Problem Solving and Reasoning Task
1.
Equation: y = -1.2𝒙2 + 8.4𝒙
a. The bridge is 7 metres wides so therefore it will successfully span the river with 2
metres to spare.
b. If a yacht has a 15 metre mask it will be unable to pass safely under the bridge
because the bridge only has a vertical height 14.7 metres.
Adonis Chigeza 10C
LCR Mathematics
2. Equation: v= -0.2h2 + 2.4h
a. The horizontal distance covered by the rocket when it reached its maximum
height of 7.2 metres was 6 metres.
b. The maximum height reached by the rocket was 7.2 metres.
c. At the horizontal distance of 9 metres from the launch site, there is a 5.2 metre
wall and at that vertical distance, the rocket has a vertical distance 5.4 metre.
That is not taking to account the dimensions of the rocket, however the rocket
cannot have...

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