Sentences with phrase «calculator equations used»

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

Not exact matches

You can read more about the method and equations used to determine calorie burn below the calculator.

If the equation uses RMR, use this RMR calculator, which will give you a higher number.

The equations above are exactly the same as those used for our Daily Caloric Expenditure Calculator, except that the «Activity Level Factor» that is used for the Daily Caloric Expenditure Calculator has been removed here.

This calculator is based on the widely used and accepted Harris - Benedict equations for BMR.

The calculator below will figure out your Basal Metabolic Rate (BMR) using the Mifflin - St Jeor Equation, which is a widely accepted equation used for calculating thisEquation, which is a widely accepted equation used for calculating thisequation used for calculating this number.

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?

Calorie Needs to gain weight Once you know the number of calories you need to maintain your weight (using our BMR Calculator in conjunction with our Harris Benedict Equation, you can easily calculate the number of calories you need in order to gain weight.

To determine your BMR, multiply your weight in pounds by 10, use a BMR calculator, or try one of the following equations, all of which produce similar results:

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

A pragmatic way of calculating your energy / macronutrient needs is to start by using a BMR calculator and the Harris - Benedict equation to factor your daily activity levels (see link below).

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 topics included are: Simultaneous equations Trigonometry in right - angled triangles Ratio Pythagoras Area Conversions Indices Change the subject of the formula Compound interest Equation of a straight line Y = mx + c Unit conversions Exchange Rates Solving linear equations Surface area Factorising with one bracket Speed / distance / time Expand and simplify double brackets Vectors Circumference Volume of cylinder Solving quadratic equations by factorising Calculators should be used.

In one instance, the LS - TPACK framework was used to assess an LSG's TPACK related to teaching systems of equations using graphing calculators.

In particular, they noted that the calculator was not used to compare and contrast representations and solution strategies for systems of equations.

This observation led to a discussion about systems of equations that could actually be solved more quickly, more accurately, and with more understanding using substitution rather than with matrices on the calculator (e.g., the system of equations y = 3x and y = x + 3).

For example, the first inference drawn about teachers» knowledge in this paper might motivate the formation of items that measure teachers» knowledge of using the graphing calculator to facilitate the exploration of multiple representations and solution strategies for systems of equations.

The main idea developed in the lesson was how to use the matrix multiplication capabilities of the graphing calculator to solve systems of equations.

By the way, there are online calculators indeed, but they don't show the equation they use, which is what i'm after.

You can use a car loan payment calculator to figure out your payment, but to better understand APR it is useful to look at the equation that such calculators use.

Similarly, for the High Quality, High Dividend Stocks, I use the equations: = -LRB--LRB-(J64 + J40) * 0.5 - J52) * -LRB-($ E$ 19 - 8) / 4) ^ 2) + (J64 - J40) * 0.5 * -LRB-($ E$ 19 - 8) / 4) + J52 I interpolate among years in Dividend Calculator B. I ignore all interactions (between the number of years and the payout ratio).

This is the answer whether calculating it in Excel using the PMT function, on a Texas Instruments BA II Plus calculator, or by hand plugging all the variables into an equation to calculate the payment.

According to the Skeptical Science trend calculator, using RSS data, the trend for the last 20 years is: QUOTE: Data: (For definitions and equations see the methods section of Foster and Rahmstorf, 2011) Trend: 0.028 ± 0.153 °C / decade (2σ) β = 0.0028079 σw = 0.0018535 ν = 17.142 σc = σw √ ν = 0.0076741 UNQUOTE