Dennis Prager: does the Bible say do not kill or do not murder?

I am hoping that a lady I am friends with who really likes the King James Bible will not read this post… but, here goes.

Dennis Prager’s column on the sixth commandment.

Excerpt:

Here is the text of commandment six — explaining why the King James translation is wrong:

You would think that of all the Ten Commandments the one that needs the least explaining is the sixth, because it seems so clear. It is the one that the King James Bible, the most widely used English translation of the Bible, translates as, “Thou shall not kill.”

Yet, the truth is the quite the opposite. This is probably the least well understood of the Ten Commandments. The reason is that the Hebrew original does not say, “Do not kill.” It says, “Do not murder.” Both Hebrew and English have two words for taking a life — one is “kill” (harag, in Hebrew) and the other is “murder” (ratzach in Hebrew).

The difference between the two is enormous. Kill means:

  1. Taking any life — whether of a human being or an animal.
  2. Taking a human life deliberately or by accident.
  3. Taking a human life legally or illegally, morally or immorally.

On the other hand, murder can only mean one thing: The illegal or immoral taking of a human life. That’s why we say, “I killed a mosquito,” not, “I murdered a mosquito.” And that’s why we would say that “the worker was accidentally killed,” not that “the worker was accidentally murdered.”

So why did the King James translation of the Bible use the word “kill” rather than “murder”? Because 400 years ago, when the translation was made, “kill” was synonymous with “murder.” As a result, some people don’t realize that English has changed since 1610 and therefore think that the Ten Commandments prohibits all killing.

But, of course, it doesn’t. If the Ten Commandments forbade killing, we would all have to be vegetarians, as killing animals would be prohibited. And we would all have to be pacifists — since we could not kill even in self-defense.

However, you don’t have to know how the English language has evolved to understand that the Ten Commandments could not have prohibited all killing.

A correct understanding of the commandment against murder is crucial because, while virtually every modern translation correctly translates the commandment as “Do not murder,” many people cite the King James translation to justify two positions that have no biblical basis: opposition to capital punishment and pacifism.The very same part of the Bible that contains the Ten Commandments — the Five Books of Moses, the Torah as it is known by Jews — commands the death penalty for murder, allows killing in war, prescribes animal sacrifice and allows eating meat.

Regarding capital punishment and the Bible, as I note in my Prager University course on capital punishment, the only law that appears in each one of the Five Books of Moses is that murderers be put to death. Opponents of the death penalty are free to hold the view that all murderers should be allowed to live. But they are not free to cite the Bible to support their view.

Yet, many do. And they always cite the Commandment, “Do not kill.” But that, as should now be abundantly clear, is not what the commandment says, and it is therefore an invalid argument.

Read the rest (it’s the same as the video).

This is related to his new video series for Prager University on the Ten Commandments. You can watch them all here. There’s one for each commandment, and an introduction. Prager University always does a nice job on these videos, and they are a nice, quick way to find out exactly what traditionally-minded people really believe, and why. Most kids in college will never even hear the other side to what their liberal professors say.

New study: enzymes cannot easily evolve to perform other functions

Can atheism explain the origin of life?
Can atheism explain the origin of life?

This is from Evolution News.

Excerpt:

I am pleased to announce the publication of a new paper from Biologic Institute, a research organization devoted to investigating the limits of unguided evolution and advancing the development of a new paradigm for biology based on intelligent design. This paper, “Enzyme Families — Shared Evolutionary History or Shared Design? A Study of the GABA-Aminotransferase Family,” is the closing chapter of our long-term study of bacterial enzymes to determine if they can be coopted to new functions. The answer to this question is important for the evolution debate. If enzymes can’t be recruited to genuinely new functions by unguided means, no matter how similar they are, the evolutionary story is false.

Published in the journal BIO-Complexity, the work was done by Marci Reeves, Doug Axe, and myself [Ann Gauger].

In a previous paper we described the difficulty of coopting the enzyme Kbl to perform the function of BioF. The two enzymes are very similar in structure (see below) but have different reaction chemistries and different functions in the cell. We wanted to know if a mutated Kbl could replace missing BioF function. After changing nearly every amino acid in Kbl’s active site (where its chemistry is carried out) to look like BioF, Kbl never was able to make the switch to BioF’s function.

In this paper we expanded the story to include nine of the most closely related enzymes to BioF, including one that is supposed to be able to carry out both BioF’s and Kbl’s chemistry. Using random mutagenesis we tested every single-base mutation in those nine genes. None of them was within one mutation of cooption. We went on to test for cooption the two most likely enzymes by generating two-base combinations of mutations. After testing 70 percent of all possible two-base mutations for each enzyme, or about 40 million cells each, that also failed.

What does this mean? In an evolutionary scenario, to get an enzyme to switch functions the first step is to make a spare copy that can be mutated without destroying a function the cell needs. Second, the cell has to overproduce the mutating enzyme, because any newly emerging enzyme will be very bad at the job at first. To compensate there will need to be lots of enzyme around. Third, there is the problem of finding the right combination of mutations by random search.

Taken together, since we found no enzyme that was within one mutation of cooption, the total number of mutations needed is at least four: one for duplication, one for over-production, and two or more single base changes. The waiting time required to achieve four mutations is 1015 years. That’s longer than the age of the universe. The real waiting time is likely to be much greater, since the two most likely candidate enzymes failed to be coopted by double mutations.

Read the rest of the post, they deal with criticisms to the paper.

Here is one Darwinist’s view of this enzyme proble, which they mention in a follow-up post.

Look: (links removed)

Monday we published a paper in the journal BIO-Complexity demonstrating that enzymes can’t evolve genuinely new functions by unguided means. We argue that design by a very sophisticated intelligent agent is the best explanation for their origin. I want to take some time to lay out our argument against Darwinian evolution and for intelligent design. It’s important, because it reveals the logical fallacy in most evolutionary thinking.

Just to give an example of the thinking of ID critics, here is a passage from one of the references in our paper (Kherhonsky et al. (2006) Enzyme promiscuity: Evolutionary and mechanistic aspects.Current Opinion in Chemical Biology 10:498-508):

An oft-forgotten essence of Darwinian processes is that they occur gradually, while maintaining organism fitness throughout. Consequently, a reasonable assumption is that, ever since the emergence of the primordial living forms, very little novelty has evolved at the molecular level. Rather, existing genes were modified, or tinkered with’, to generate new protein structures and functions that are related to those of their ancestors. Unlike ‘out of the blue’ scenarios advocated by the ‘intelligent design’ school, ‘tinkering’ scenarios depend on the availability of evolutionary starting points. The hypothesis that the broad specificity, or promiscuous functions, of existing enzymes provide these starting points was first formalized by Jensen in a review that has inspired many. Jensen proposed that, in contrast to modern enzymes, primitive enzymes possessed very broad specificities. This catalytic versatility enabled fewer enzymes to perform the multitude of functions that was necessary to maintain ancestral organisms. Duplication of genes and divergence led to specialized genes and increased metabolic efficiency. Since Jensen, the structures of >30,000 proteins, and the sequences of hundreds of thousands, have taught us that these processes led to the creation of enzyme families and superfamilies. The vestiges of these divergence processes are the scaffold and active site architecture shared by all family members [6].

To summarize, the key points of that evolutionary argument are:

  1. Evolution is true. That is, enzymes have evolved new functions by a process of random mutation and natural selection.
  2. Modern enzymes can’t evolve genuinely new functions by random mutation and natural selection but can only tinker with existing functions.
  3. Therefore, ancient enzymes must have been different, capable of carrying out a broad range of enzyme activities.
  4. Those enzymes underwent duplication and diverged from one another, becoming specialized.
  5. How do we know this happened? Because we now see a broad array of specialized enzymes. Evolution is the explanation.

This begs the question of whether evolution is true. It is a circular argument unsubstantiated by the evidence and unfalsifiable. No one can know what ancient enzymes actually looked like, and whether they really had such broad catalytic specificities.

That’s insufferable badness.

It’s not enough for Darwinists to take the age of the universe and then assert that anything can happen in that time. The time from the cooling of the Earth to the appearance of first life is on the order of millions of years. There just isn’t time to generate these organic components by chance.

Should young Americans feel confident about their economic prospects?

Wages of Young Americans (Source: The Atlantic)
Wages of Young Americans (Source: The Atlantic)

Graph: Young People’s Wages Have Fallen Across Industries Between 2007 and 2013.

Young Americans are taking longer to graduate and graduating with more debt, but that’s not all – they aren’t find jobs, and the jobs they do find typically don’t allow them to pay back their loans.

Here’s an article from The Atlantic, which leans left.

Excerpt:

American families are grappling with stagnant wage growth, as the costs of health care, education, and housing continue to climb. But for many of America’s younger workers, “stagnant” wages shouldn’t sound so bad. In fact, they might sound like a massive raise.

Since the Great Recession struck in 2007, the median wage for people between the ages of 25 and 34, adjusted for inflation, has fallen in every major industry except for health care.

These numbers come from an analysis of the Census Current Population Surveyby Konrad Mugglestone, an economist with Young Invincibles.

In retail, wholesale, leisure, and hospitality—which together employ more than one quarter of this age group—real wages have fallen more than 10 percent since 2007. To be clear, this doesn’t mean that most of this cohort are seeing their pay slashed, year after year. Instead it suggests that wage growth is failing to keep up with inflation, and that, as twentysomethings pass into their thirties, they are earning less than their older peers did before the recession.

The picture isn’t much better for the youngest group of workers between 18 and 24. Besides health care, the industries employing the vast majority of part-time students and recent graduates are also watching wages fall behind inflation. (40 percent of this group is enrolled in college.)

It’s not just that – the Democrats are doing a pretty good job of wrecking other parts of the economy, from energy development to health care to entitlement programs to college tuition, which rises higher as government throws more money into the system. They are doing everything they can to wreck the economy with higher taxes and burdensome regulations.

As a result of our headlong rush towards socialism, the U.S. economy has now fallen to number 2 in the worldbehind China.

Look:

We’re no longer No. 1. Today, we’re No. 2. Yes, it’s official. The Chinese economy just overtook the United States economy to become the largest in the world. For the first time since Ulysses S. Grant was president, America is not the leading economic power on the planet.

It just happened — and almost nobody noticed.

The International Monetary Fund recently released the latest numbers for the world economy. And when you measure national economic output in “real” terms of goods and services, China will this year produce $17.6 trillion — compared with $17.4 trillion for the U.S.A.

As recently as 2000, we produced nearly three times as much as the Chinese.

To put the numbers slightly differently, China now accounts for 16.5% of the global economy when measured in real purchasing-power terms, compared with 16.3% for the U.S.

This latest economic earthquake follows the development last year when China surpassed the U.S. for the first time in terms of global trade.

So things are bad for young people, and it’s going to get worse.

It’s important to check what major you are studying to make sure you get a return on your investment, and don’t be scared to study something you hate if it means that you can make your career work. Your education and career choices are not about fulfillment and thrills. You have to make hard choices in order to make ends meet so that you have freedom to do the things you ought to do, especially if you want to get married and start a family. Those marriage and family plans start the day you step into high school, in my opinion.

UPDATE: 17.7% Teen Unemployment in America – Still Above Rate of 6 Years Ago and Labor Force Participation Remains at 36-Year Low.