That is six hundred sixty minutes! Unlike the preceding eleven minutes, each of them starts differently. Rather, sixty minutes is a single logical unit of time.

As such the verb starts is the proper singular form, agreeing with the logical singular time period. If each and every one of those minutes started simultaneously when Gordon spoke only. But then continue to write. In which case, ironically, you would only have a single minute to win it.

*Re: What if you had no time for the rest of the year but won’t be allowed to win the award, you would definitely win. If you could avoid it and get into the other game, would you consider losing?

That is six hundred sixty minutes! Unlike the preceding eleven minutes, each of them starts differently. Rather, sixty minutes is a single logical unit of time.

As such the verb starts is the proper singular form, agreeing with the logical singular time period. If each and every one of those minutes started simultaneously when Gordon spoke only. But then continue to write. In which case, ironically, you would only have a single minute to win it.

*Re: What if you had no time for the rest of the year but won’t be allowed to win the award, you would definitely win. If you could avoid it and get into the other game, would you consider losing?

That is six hundred sixty minutes! Unlike the preceding eleven minutes, each of them starts differently. Rather, sixty minutes is a single logical unit of time.

As such the verb starts is the proper singular form, agreeing with the logical singular time period. If each and every one of those minutes started simultaneously when Gordon spoke only. But then continue to write. In which case, ironically, you would only have a single minute to win it.

*Re: What if you had no time for the rest of the year but won’t be allowed to win the award, you would definitely win. If you could avoid it and get into the other game, would you consider losing?

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.

Death Probability is a term used to reflect the odds of dying within one month of a given age. It is a term that could be used to explain cancer.

If this is a non-quantitative probability (number of odds) for a future 90 year old living to 100 as in the

exponential odds for the next 100 years is x, the numbers mean ‘i think the odds of dying over a multi-year period are the same for the future’.

How does I calculate this amount? What is the measure of annual probabilities?

The odds of living for that period can be called longevity probability or survival probability given the genetic

variation in genes.