short-term

effectively

reserve

consume

contribute

impulse

convert

ingest

primarily

beverage

threaten

state

Depending

procedure

Though

prompt

comprehensive

standard terms

stable

characteristic

medical devices

appropriate

fundamental

aspect

Dark-field microscopy is ideally used to illuminate unstained samples causing them to appear brightly lit against a dark background. This type of microscope contains a special condenser that scatters light and causes it to reflect off the specimen at an angle. Rather than illuminating the sample with a filled cone of light, the condenser is designed to form a hollow cone of light. The light at the apex of the cone is focused at the plane of the specimen; as this light moves past the specimen plane it spreads again into a hollow cone. The objective lens sits in the dark hollow of this cone; although the light travels around and past the objective lens, no rays enter it.

Development

reproduction

growth

Consciously

regulate

dilation

source

continuously

simultaneously

Catabolism

Anabolism

Metabolism

molecule

whereby

thermodynamic

It is convenient to consider the structures of the body in terms of fundamental levels of organization that increase in complexity

convenient

assemble

architecture

consider

current advances

Homeostasis

toward

tendency

Whereas

In contrast

appreciate

Gross anatomy

aid of magnification

visualize

attribute

dissect

augment

exterior

0.000549

If 𝑓′′(𝑎)>0f′′(a)>0f ^ { \prime \prime } ( a ) > 0., then we know the graph of 𝑓ff is concave up, and we see the first possibility on the left, where the tangent line lies entirely below the curve.

decimal

triple point

If φa(r1)=φa(r2)φa(r1)=φa(r2)\varphi_a(\mathbf{r}_1) = \varphi_a(\mathbf{r}_2), then |φ−i⟩=0|φ−i⟩=0|\varphi^{−i} \rangle= 0. Thus there is no possible antisymmetric combination involving electrons in the same state (spin-orbit). This is the Pauli exclusion principle.

The following YouTube video does a good job of describing Arrhenius plots.

triacylglycerols

_________

_____________

____________

_______

________

_________

_______

_________

____________

_________

This book

Steroid hormones

DNA

and so refrigerating food slows down the rate at which it gets oxidizes, and allows it last longer.

What is the rate of reaction for the reactant "A" in figure 14.4.1 at 30 seconds

unsex me here,  And fill me from the crown to the toe top-full  Of direst cruelty!

ronyon

milk

Cousins

Upon her skinny lips: you should be women, 145 And yet your beards forbid me to interpret 

Help me hence, ho!

Pale Hecate's

CP=(∂H∂T)P(Topic 2B.19)

Trophic Levels A food chain follows one path of energy and materials between species. A food web is more complex and is a whole system of connected food chains. In a food web, organisms are placed into different trophic levels. Trophic levels include different categories of organisms such as producers, consumers, and decomposers. Producers are the basic trophic level while top predators are the peak level. Producers are autotrophs, meaning they produce their own food through photosynthesis or chemosynthesis. Consumers are animals that eat producers and are split into many different categories: primary consumers, secondary consumers, tertiary consumers, and more. Primary consumers are plant-eating herbivores; secondary consumers eat the herbivores; tertiary consumers can consume both the primary and secondary consumers. There may be more levels of consumers until eventually the top predator is reached. The relationship between trophic levels (e.g. primary producers, herbivores, primary predators, and top predators) is shown in Figure 1. It is important to note that consumers can be carnivores, animals that eat other animals, and also omnivores, animals that consume many types of food. Decomposers are also part of the food web and include organisms that feed on all varieties of dead plants and animals which are responsible for returning nutrients to the environment.

the true colligative effect is a result of the total number of ions in the solution

The image on the left shows to ions forming a pair, which sort of acts like a single particle.

nucleus: the massive, positively charged central part of an atom, made up of protons and neutrons

Calculate the vapor pressure

In figure (a) the soft drink and the ice have different temperatures, T1T1T_1 and T2T2T_2, and are not in thermal equilibrium

Animation of Gene Splicing

Electronegativity Trends

For collisions to be successful, reacting particles must (1) collide with (2) sufficient energy, and (3) with the proper orientation.

ow identify and remove those compounds that satisfy all criteria of Lipinski's rule of five.

(such as P, S, and Cl)

loop

Persistent Infections

Reform compound/return spectator ions

pm

2.1: FlowCharts and Python

Output, one of the of

b2−4ac=0

1.065

(the higher it is, the more they want to be in the vapor phase.

You need to be alert that the constant valued equilibrium pressure is what chemists refer to as the vapor pressure, although if a system was not at equilibrium (left of the dotted line indicating the rates of condensation and vaporization are equal), we would still call that a vapor pressure.

If we ignore intermolecular interactions for the molecules that enter the vapor phase we can use the ideal gas law (PV=nRT) to correlate the vapor pressure to the number of particles in that phase, where the vapor pressure becomes the partial pressure due to the gas.

they equal

Euation

to

done

refers

below.

left

dipole-dipole are always attractive.

In an electrolytic cell, electrons are forced to flow in the opposite direction

in the diagram

Highly electronegative atoms like N,O,F

The van der Waals equation of state for gases took into account deviations from ideality

Humans began to practice chemistry when they learned to control fire and use it to cook, make pottery, and smelt metals

y

(2.4.3)

morphed

For most complex social issues, the conversation never truly ends. It may, however, change over time. This can happen for many reasons. Social values may change in the larger culture, such as the growing focus on children’s welfare that led to an increase in child labor laws and child protective services in the early twentieth century. It may be the impact of large historical events, such as the impact the 9/11 attacks had on public perceptions of airport safety and screening procedures. Or maybe new scientific or other sorts of data raise concerns, such as the shifting dialogue over climate change and global warming. It may even be that new groups of people enter the conversation, such as the increased prominence in recent years, of advocates for equality regardless of sexual orientation.

nce famously described this as a parlor or party to which you have come late to find out that people are already in heated discussions about a topic. After you see who is part of the conversation and hear what they are saying, you begin to feel comfortable enough to offer your own take on the subject.  

Understanding How Conversations Change Over Time

myriad

The process of writing can be better understood if it is viewed as a conversation between writer and reader within a specific context and time

why certain professions are still dominated by one gender,

maybe the three friends need to consider whether there is a certain type of food or movie one of them dislikes or maybe the three friends need to consider a different activity.

For example, you arrive somewhere to meet two friends and discover that they are discussing where to go to dinner or which movie to see. Each friend presents his or her argument, setting out evidence for why this restaurant or movie is a good choice, and each friend pokes holes in the other person’s argument, pointing out why he or she would not enjoy that restaurant or movie. You are expected to take a role in this discussion. Maybe you take a stand with one friend over the other, or maybe you try to reach a compromise and propose a third restaurant or movie that everyone could accept. This can lead to even further discussion.

Writing does not happen in a vacuum but within a specific context and time.

When the two conjugated double bonds of 1,3-pentadiene are 'hydrogenated' to produce pentane, about 225 kJ is released per mole of pentane formed. Compare that to the approximately 250 kJ/mol released when the two isolated double bonds in 1,4-pentadiene are hydrogenated, also forming pentane.

Automobile engines use surface area effects to increase reaction rates. Gasoline is injected into each cylinder, where it combusts on ignition by a spark from the spark plug. The gasoline is injected in the form of microscopic droplets because in that form it has a much larger surface area and can burn much more rapidly than if it were fed into the cylinder as a stream. Similarly, a pile of finely divided flour burns slowly (or not at all), but spraying finely divided flour into a flame produces a vigorous reaction.

Zn [Ar]3d104s2 1st I.E. = 908 kJ mol-1

devised

Nuclear fusion, in which two light nuclei combine to produce a heavier, more stable nucleus, is the opposite of nuclear fission.

Nuclear fission is the splitting of a heavy nucleus into two lighter ones.

The mass of an element's nucleus as a whole is less than the total mass of its individual protons and neutrons. The difference in mass can be attributed to the nuclear binding energy. Basically, nuclear binding energy is considered as mass, and that mass becomes "missing". This missing mass is called mass defect, which is the nuclear energy, also known as the mass released from the reaction as neutrons, photons, or any other trajectories. In short, mass defect and nuclear binding energy are interchangeable terms.

Nuclear binding energy is the energy required to keep the protons and neutrons of a nucleus intact, and the energy that is released during a nuclear fission or fusion is nuclear power.

fleeting imbalance

While the Remixing Map below does not demonstrate it

energy required to gain electrons is significantly higher compared with the energy required to lose electrons. As a result, the elements on the left side of the periodic table generally lose electrons when forming bonds.

atom's ability to attract and bind with electrons.

the groups may be oriented in such a manner that their directing influences act in concert, reinforcing the outcome; or are opposed (antagonistic) to each other.

the aromatic ring contains a NH2, NHR, or NR2 substituent. The lone pair electrons on the amines react with the Lewis acid AlCl3. This places a positive charge next to the benzene ring, which is so strongly activating that the Friedel-Crafts reaction cannot occur

Gustav Kirchhoff

it

The Remixer works best on Chrome browsers.

sometimes

very

how much better things could be in America

(answer)

advection

Personal. You will see companies and products from your everyday life. Real-world situations show you how to put a few extra dollars in your pocket by making smart mathematical choices. What if you could save $100 per month simply by making smarter choices? Over 40 years at a very conservative rate of interest, that is approximately $100,000 in your pocket. You will also find life lessons. Are you ready to start planning your RRSP? Would you like to know the basics on how to do this? If you are thinking of buying a home, do you know how the numbers work on your mortgage? To learn how to buy a car at the lowest cost, read on!

The six delocalized electrons go into three molecular orbitals - two in each.

Titration is the slow addition of one solution of a known concentration (called a titrant) to a known volume of another solution of unknown concentration until the reaction reaches neutralization, which is often indicated by a color change. The solution called the titrant must satisfy the necessary requirements to be a primary or secondary standard. In a broad sense, titration is a technique to determine the concentration of an unknown solution. Topic hierarchy

absorbs

Increasing

p-nitrophenol

Pepsin

four times greater

we can tell which of the claims we made notes on seems to be the focus of the author, the goal of the piece

observing to praise or criticize what they are observing.

or

that look more like what we associate with the word “argument.”

and

However, very often

or of what happened in the past.

Here are a few sample claims of policy: Landlords should not be allowed to raise the rent more than 2% per year. States should require a background check before allowing anyone to buy a gun. Parents should not be given access to teenagers’ social media accounts. A claim of policy can also look like an out and out command, such as “So if you are an American citizen, don’t let anything stop you from voting.” Note that not all claims of policy give details or specifics about what should be done or how. Sometimes an author is only trying to build momentum and point us in a certain direction. For example, “Schools must find a way to make bathrooms more private for everyone, not just transgender people.” Claims of policy don’t have to be about dramatic actions. Even discussion, research, and writing are kinds of action. For example, “Americans need to learn more about other wealthy nations’ health care systems in order to see how much better things could be in America.”

a claim of policy, a claim that is pushing readers to do something:

Then we’ll

agree

to

If we had a way to read something and then could make a really clear, simple map of what we just read?

it

straight

the

explain

It then adds in a kind of paper most common in courses which themselves focus on argument:

and

transuranium elements

(at a fixed wavelength)

independent of

the intensity of the light.

Figure 2.2.1