Sentences with phrase «given by the equation»

The percentage given by the equation indicates percent of peak available torque.

When you withdraw at a rate WR with an interest rate of r and a TIPS Equivalent Safe Withdrawal Rate of TESWR at year N, the remaining fraction rf, which is the balance at year N and the initial balance, is given by this equation: rf = [TESWR — WR] / [TESWR — r] Here are some examples when r is 2 % and N = 10 or 20 years.

«As an object radiates energy at a rate given by Equation 20.18 [P = o A e T ^ 4], it also absorbs electromagnetic radiation.

The amount of direct heat on earth can be given by this equation: 100 — energy deflected (ca. 30 %)-- energy used for evaporation (ca. 23 %) = (ca. 47 %) What affects earth's albedo?

Not exact matches

The orbit of a body is described by a curve, given algebraically by an equation determining a «coordination» between two orders, that of the position, x, and that of the time, t.

the law of the continuous movement by which the curve is generated) to the equation of the tangent giving its instantaneous direction.

First, we may sometimes set up the conditions for inducing learned helplessness by telling kids that they need to manage their time better when we usurp their time; it's like giving them an unsolvable equation and demanding that they come up with a solution.

Scientists have worked out the spatial distribution of electron and positron density in Ps as given by the solution of the Schroedinger equation.

By developing methods for systematically solving such equations, Hairer's work «allows one to give a rigorous meaning to a bunch of stochastic PDEs», says Ofer Zeitouni of the University of Minnesota in Minneapolis.

As a theoretical physicist, I judge the elegance and simplicity of a theory not by its ontology, but by the elegance and simplicity of its mathematical equations — and it's quite striking to me that the mathematically simplest theories tend to give us multiverses.

The primary limit to the pressure of a vapor in equilibrium with a liquid (or solid) at a given T is governed by the Clausius - Clapeyron equation; the vapor pressure is a rapidly increasing function of temperature, and the T dependence is determined by the magnitude of the latent heat of vaporization.

Tables S1 and S2 in Supporting Information give the forcings we employ and Table S3 gives the climate response function for our Green's function calculation, defined by equation 2 of [64].

(And if your outstanding body part is a large muscle group like legs or back this can cause your bodyweight to exceed the prediction given by the bodyweight equation.)

So what would you think if you could use a program that took that «don't have time» thing out of the equation by giving you an effective muscle - building workout in 7 minutes a day?

Introducing students to iteration with use of a calculator by looking at the quadratic equation that yields the Golden Ratio, giving examples of convergent, divergent and oscillating iterations.

The equations on the worksheet «Linear Relationships 4» are given in the format «y = mx + c» and the equations are expected to be solved simultaneously by using the balancing method.

Each worksheet has 9 questions in which a pair of linear relationships is defined by two equations or by a given context.

By doing this, they start to appreciate what their graph should look and feel like, and how its «slope» changes with the different equations they've been given.

The equations on the worksheet «Linear Relationships 5» are given in the format «ax + by = c» and should be solved simultaneously by using the elimination method.

Could be extended by giving values for the area and perimeter and getting pupils to form and solve equations.

This game is a quick - fire challenge to players to see who can simplify the given equation the fastest by collecting like terms.

It is a second lesson after students have already had an introduction to solving quadratic equations by factorising, All quadratics in this lesson can be solved by factorising - they just must be re-arranged to give a quadratic equal to 0.

The teacher will begin by giving students an equation or situation for a specific template.

The lesson includes: Starter - a quick question on area to get students occupied as they come in and thinking Learning Objectives - differentiated by outcome Key Notation - explanation and detail given as this is often an area of confusion Teaching slides showing the process of integrating and substituting to find an original equation and some superb graphics and slides to teach about the area under the curve.

A hidden piece of the school finance equation is private money raised by parent organizations, funds that give schools flexibility to pay for additional supplies, field trips, and classroom teachers.

However, by not doing so in the given lesson, it seemed likely that they missed out on a teachable moment to help students reconcile the calculator output with their existing knowledge about systems of equations.

Show which of these possibilities is the case by successively transforming the given equation into simpler forms, until an equivalent equation of the form x = a, a = a, or a = b results (where a and b are different numbers).

The Quadratic Formula: For ax2 + bx + c = 0, the values of x which are the solutions of the equation are given by:

MD.. B. 5 Use addition and subtraction within 100 to solve word problems involving lengths that are given in the same units, e.g., by using drawings (such as drawings of rulers) and equations with a symbol for the unknown number to represent the problem.

This hands - on lesson gives students a chance to create their own multiplication equations by making rectangular models.

I was also surprised by how many word problems there were in which you had to come up with models and equations yourself and not just solve for x in a given equation.

Admittedly this gives it more space inside than any other MINI to date, but it also introduces too much weight and too much inertia into the dynamic equation, neither of which a true - blue Mini should be burdened by.

A top Mirage trim at basically $ 18,000 out the door is a strange equation to ponder given the proximity of vastly larger and more capable vehicles that are separated from the Mirage by what could seem like entire decades.

It gives you far higher per - book earnings than traditionally published authors are receiving (even those whose ebooks are selling for $ 10 +), it gives the readers a deal when compared to most traditionally published ebooks, and it's often considered a fair price by those who feel that digital books should cost less than the dead - tree variety since paper, ink, and shipping aren't a part of the equation.

Put in an equation in a new column dividing volume by KD to give you a measure of how difficult it is to rank keywords with the highest volume of monthly searches.

Here's the formula: Loan amount ÷ appraisal value or purchase price (whichever is less) For example: The home you want to buy has an appraised value of $ 205,000, but $ 200,000 is the purchase price The bank will base the loan amount on the $ 200,000 figure, because it's the lower of the 2 You have $ 40,000 for a down payment, so you need a $ 160,000 loan to meet the $ 200,000 purchase price Your loan - to - value equation would look like this: $ 160,000 ÷ $ 200,000 =.80 You multiply.80 by 100 % and that gives you an LTV of 80 % Private mortgage insurance (PMI) If your down payment is lower than 20 %, your loan - to - value ratio for conventional financing will be higher than 80 %.

The intuition behind this equation is that the unemployment rate of a given state can be explained by the amount that it varies in proportion to the unemployment rate for the US as a whole (the beta term), a fixed difference (the alpha term), and the error term.

The reasons for using this sort of equation is twofold: first, by using dollar figures rather than earnings per share and book value per share, large companies are given their proper weight versus smaller companies.

Even highly liquid stocks can come down by 20 % in a given day if something goes bad (it is just demand supply equation).

Inspired by the mathematical equations, diagrams, maps, and models used by engineers and inventors that attempt to give visual form to complex thought and problem - solving endeavors, the artists in this exhibition employ similar analytical and pictorial strategies, creating works of art that question or subvert notions of stability and utility long associated with technology.

The change in global energy content is given as precisely as you like by the first order differential energy equation.

«Further Uses of Primitive Calculations By the 1970s,... scientists were starting to see that the climate system was so rich in feedbacks that a simple set of equations might not give an approximate answer, but a completely wrong one.

5) Lindzen et al. reports a number of linear regressions, but does not report the r - square values, which give the percentage of total variation explained by the linear regression equation.

Given that the system's dynamics is described by a continuousand unique solution to some (unknown) system of partial differential equations, how can we know that the states computed by solving algebraic equations representing a discrete representation of the conservation laws converge to the continuous solution or are even near to it?

Then the answer on the mechanisms is given by the differential equations — to make a system, ANY system «oscillate» you just need an energy supply and one or several feedbacks.

Assuming that u ¯ PBL and u ¯ are normally distributed with nearly vanishing densities at zero, the distribution density for their ratio s is given by the following equation (see, e.g., ref.

The surface temperature response, T, to a given change in atmospheric CO2 is calculated from an energy balance equation for the surface, with heat removed either by a radiative damping term or by diffusion into the deep ocean.

This gives the rate of change of future emissions according to the equations below: where Ea is the carbon emissions in year t, H (t) is historical emissions data, a, b, c, d, f, g and h are constants, and t0 is the year at which historical data are replaced by emission pathways.

This implies that the mean temperature of the entire lunar surface is 193 - 194 K, a long way below the 271 K given by the use of the Stefan - Boltzmann equation (assuming albedo 0.11 and emissivity 1).

Mosher pleads: «By giving up the hoax crap, by ignoring Mann, and by working within the framework that the Equation describes.&raquBy giving up the hoax crap, by ignoring Mann, and by working within the framework that the Equation describes.&raquby ignoring Mann, and by working within the framework that the Equation describes.&raquby working within the framework that the Equation describes.»