Sentences with phrase «most equations use»

You can see this across the five important factors most equations use.

Not exact matches

You see people who try and disprove God are only tickling your ears they don't have solid evidence only their words and their equations of age using carbon dating if you actually look up whats involved in carbon dating you will see that it's the same as flipping a coin the fossil record has many many holes in it more than most people who believe in evolution will admit.

Technological reason is most effective when the information it uses to accomplish its task can be put into mathematical equations.

To do that, they used a set of equations — recently updated based on the most recent epidemiological research — describing how exposure to air pollution affects a person's risk of dying from various diseases.

Perhaps most importantly, the approach used can be applied to other physical phenomena that are described by wave equations, such as acoustics.

Even now, the world's most powerful computers are pushed to their limits extracting predictions of future weather and climate from the equations he wrestled with using pencil and paper.

First, they spotted clusters of waves that tend to roll along together, then they analyzed each cluster's length and height, and they finally used a combination of statistics and dynamical equations to determine which of those clusters was most likely to go rogue.

«We take the most essential features of the landscape configuration, and how species can reproduce and disperse, and we translate these into equations, using insights from physics.

Part of the problem with routine claims of ridiculously low body fat levels comes from the fact that most body fat measurement methods use estimation equations calibrated based on the normal population (i.e. not contest - ready bodybuiders).

For most people, just using the equations that get you within 10 % are close enough and its not worth the bother to calibrate.

These equations based upon the research are easy to use but only get you to within about + / -10 % accuracy on the caloric estimation which is accurate enough for most uses given the difficulty of counting the calories accurately.

So back to the question, if all web calorie calculators out there use the same sets of equations, how can I claim to be the most accurate?

However, you'll find that most one RM calculator equations used are surprisingly accurate.

The most commonly used equation is the Mifflin - St Jeor equation, which is what our BMR Calculator uses:

In its most simple form, this technique could estimate simple mean differences using the following equation for outcome Y of student i in matched pair m:

These are 2 different worksheets that can be used to practise / revise the most common types of linear equations that students are expected to be able to solve at GCSE level.

If you know that Linear Equations are tested the most often or weighted more in the state test, then use PBL to ensure that students walk away not only knowing linear equations in and out, but being able to think critically with in and make relevant conEquations are tested the most often or weighted more in the state test, then use PBL to ensure that students walk away not only knowing linear equations in and out, but being able to think critically with in and make relevant conequations in and out, but being able to think critically with in and make relevant connections.

Here in Miami - Dade Public Schools, we must add to this most difficult equation low family incomes, poor nutritional habits of students, extreme heat, no use of the indoor gymnasium, large classes, lack of adequate fountains for students to keep hydrated, and lack of classroom space.

If you know Linear Equations are tested the most often or weighted more in the state test, then use PBL to ensure that students walk away not only knowing their linear equations inside out, but also being able to think critically and make relevant conEquations are tested the most often or weighted more in the state test, then use PBL to ensure that students walk away not only knowing their linear equations inside out, but also being able to think critically and make relevant conequations inside out, but also being able to think critically and make relevant connections.

Includes 32 lessons focusing on Square Roots, Slope as Rate of Change, Solving Multi-Step Equations, Graphing Linear Equations, Dilations, Pythagorem, and much more.Each hands - on, standards - focused lesson uses one or more of the following most common manipulatives: Algebra Tiles ™, AngLegs ®, Centimeter Cubes, Color Tiles, Folding Number Lines, Pattern Blocks, and XY Coordinate Pegboards.

On the Chevy side of the equation, most versions of the Cruze use a turbocharged, 1.4 - liter, four - cylinder engine that produces a little more than 150 horsepower.

On the fun side of the equation is the T6 trim - the most prevalent Volvo S60 model - that makes use of a turbocharged 3.0 - liter, six - cylinder engine that is capable of producing 300 horsepower.

The most frequently used risk equations calculate two utilization ratios, which will change because of this transaction.

As lenders use statistical equations and probability theory when underwriting loans, most commonly people with higher credit scores may qualify for lowest possible interest rates, longest durations, and highest loan amounts, while people with past credit problems may only get a chance to borrow modest amounts for a short period.

Also, I once computed the derivative (calculus stuff) of the compound interest equation (basically a = pr ^ t, using t as the variable) and it's compound interest equations all the way down... unlike most equations that eventually reach 0.

The equation itself is most widely used at the Gordon Growth Model («GGM») by name.There are two different types of dividend discount models: the short - form model and the multi-stage model.

I use a Canadian version of the Sofa Spud for my major registered accounts, its easy and takes most of the decision making out of the equation.

The formula for YTM involves solving for the interest rate in the following equation, which is no easy task, and therefore most bond investors interested in YTM will use a computer:

Most elegantly, if the natural logarithm is used, yielding the neper as logarithmic units, scaling by 100 to obtain the centineper yields units that are infinitesimally equal to percentage change (hence approximately equal for small values), and for which the linear equations hold for all values.

Most banks will use an equation that subtracts outstanding debt from your income to help determine the rate and loan quantity.

For most, the decision to use a professional real estate manager is a simple cost / benefit equation.

The developers at Hello Games are essentially building all the assets in their most basic forms, and then using these equations to dictate how those assets are distributed.

Plugging S = 1367.6 and A = 0.306 into the equation above, we find that F is about 237 watts per square meter for the Earth, corresponding to an «equilibrium temperature» (or «emission temperature,» or «effective temperature») of 254 ° K. Most formulations use a slightly different S and A and get 255 ° K.

«The climate model is run, using standard numerical modeling techniques, by calculating the changes indicated by the model's equations over a short increment of time — 20 minutes in the most advanced GCMs — for one cell, then using the output of that cell as inputs for its neighboring cells.

«A peer - reviewed paper [Krivova et al.] published in the Journal of Geophysical Research finds that reconstructions of total solar irradiance (TSI) show a significant increase since the Maunder minimum in the 1600's during the Little Ice Age and shows further increases over the 19th and 20th centuries... Use of the Stefan - Boltzmann equation indicates that a 1.25 W / m2 increase in solar activity could account for an approximate.44 C global temperature increase... A significant new finding is that portions of the more energetic ultraviolet region of the solar spectrum increased by almost 50 % over the 400 years since the Maunder minimum... This is highly significant because the UV portion of the solar spectrum is the most important for heating of the oceans due to the greatest penetration beyond the surface and highest energy levels.

published in the Journal of Geophysical Research finds that reconstructions of total solar irradiance (TSI) show a significant increase since the Maunder minimum in the 1600's during the Little Ice Age and shows further increases over the 19th and 20th centuries... Use of the Stefan - Boltzmann equation indicates that a 1.25 W / m2 increase in solar activity could account for an approximate.44 C global temperature increase... A significant new finding is that portions of the more energetic ultraviolet region of the solar spectrum increased by almost 50 % over the 400 years since the Maunder minimum... This is highly significant because the UV portion of the solar spectrum is the most important for heating of the oceans due to the greatest penetration beyond the surface and highest energy levels.

As for thoughts on the problems of heat flow through a long silver wire, the equations we use have never needed to include any gravity component because it's unimportant to most purposes.

Most people that I know used an adjusted Arrhenius rate equation.

Engelbeen has tried with his mass balance equation, and the good folk on sceptical science (point 72 on the full list of Most Used Arguments) have done their best to prove to me that it's us.

First, they chop up the atmosphere into byte - sized chunks based on input from things like weather balloons and orbiting satellites, and then they run a whole series of mathematical equations to figure out the most likely future state of weather patterns — a process that's hugely computer intensive — indeed, some of the world's most powerful computers are used to forecast the weather.

Using a more powerful computer does not change this most basic equation.»

Using structural equation modeling, emotion - related variables were identified that were common to both anxiety and depression (poor emotion awareness, emotion dysregulation, poor emotion regulation coping, high frequency of negative affect), most strongly related to depression (low frequency of positive affect), and most distinctly associated with anxiety (frequency of emotion experience, somatic response to emotion activation).

The most appropriate methodology for producing property price forecasts is the structural econometric modeling approach with statistical equations of demand, supply, and rents / prices, which are calibrated using sufficient historical data and appropriate estimation techniques.

For most, the decision to use a professional real estate manager is a simple cost / benefit equation.