# data[].attributes.body
The rate of decay, or activity, of a sample of a radioactive substance is the decrease in the number of radioactive nuclei per unit time

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The equation for "continual" growth (or decay) is A = Pert, where "A", is the ending amount, "P" is the beginning amount (principal, in the case of money), "r" is the growth or decay rate (expressed as a decimal), and "t" is the time (in whatever unit was used on the growth/decay rate).

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Exponential decay is the process of reducing an amount by consistent percentages over time. It’s expressed by the formula y=a(1-b)x. Where y is the final amount, a is the original amount, b is the decay factor, and x is the amount of time that has passed.

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the process of reducing an amount by a consistent percentage rate over a period of time

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The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account and thus is a more accurate measure of interest charges.

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The equation for "continual" growth (or decay) is A = Pe rt, where "A", is the ending amount, "P" is the beginning amount (principal, in the case of money), "r" is the growth or decay rate (expressed as a decimal), and "t" is the time (in whatever unit was used on the growth/decay rate).

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Average rate of decay can be found in the formula y = a(1 - b)^x.

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Nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account, and thus is a more accurate measure of interest charges.

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can be expressed by the formula y=a(1-b)x

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Average rate of decay can be found in the formula y = a(1 - b)^x.

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In mathematics, exponential decay describes the process of reducing an amount by a consistent percentage rate over a period of time. It can be expressed by the formula y=a(1-b)x wherein y is the final amount, a is the original amount, b is the decay factor, and x is the amount of time that has passed. -Alana

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In mathematics, exponential decay describes the process of reducing an amount by a consistent percentage rate over a period of time. It can be expressed by the formula y=a(1-b)x wherein y is the final amount, a is the original amount, b is the decay factor, and x is the amount of time that has passed. -Alana

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The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account and thus is a more accurate measure of interest charges.

# data[].attributes.body
The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account and thus is a more accurate measure of interest charges.

# data[].attributes.body
Nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account, and thus is a more accurate measure of interest charges.

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The nominal interest doesn't take into account the compounding period. Then, the nominal interest does take the compounding period into the account.

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The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account and thus is a more accurate measure of interest charges. -Alana

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The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account and thus is a more accurate measure of interest charges. -Alana

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"The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account and thus is a more accurate measure of interest charges."

# data[].attributes.body
Nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account, and thus is a more accurate measure of interest charges.

# data[].attributes.body
The nominal interest rate does not take into account the compounding period. The effective interest rate does take the compounding period into account.

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The nominal interest rate does not take into account the compounding period.

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The constant k is called the continuous growth (or decay) rate. In the form P(t) = P0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor. The growth rate and growth factor are not the same -Alana Fedrick

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The constant k is called the continuous growth (or decay) rate. In the form P(t) = P0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor. The growth rate and growth factor are not the same -Alana Fedrick

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The constant k is the continuous growth( or decay) rate. In a form of p(t) = p0bt, the growth rate is r= b-1. The constant b is something called the growth factor.

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The constant k is called the continuous growth rate. In the form P(t) = p0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor. The growth rate and growth factor are not the same.

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The formula for continuous growth the constant k is called the continuous growth (or decay) rate.

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The constant k is called the continuous growth (or decay) rate. In the form P(t) = P0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor. The growth rate and growth factor are not the same.

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The constant k is the continuous growth rate. The form of P(t) = P0bt, the growth rate is r = b - 1.

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"The constant k is called the continuous growth (or decay) rate. In the form P(t) = P0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor. The growth rate and growth factor are not the same."

# data[].attributes.body
The constant k is called the continuous growth (or decay) rate. In the form P(t) = P0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor.

# data[].attributes.body
The constant k is called the continuous growth rate. In the form P(t) = p0bt, the growth rate is r = b − 1. The constant b is sometimes called the growth factor. The growth rate and growth factor are not the same.