Founder of Mother’s Day Tried to Stop It

The second Sunday of this month is the 101^st birthday of Mother’s Day. It’s the annual celebration of the day set aside to honor mothers for their devotions and sacrifices to their families.

Anna Jarvis is responsible for getting President Woodrow Wilson to push a proclamation through the U.S. Congress to officially recognize Mother’s Day as a national celebration in 1914. She started the celebration to honor her own mother, Ann Jarvis, who was a pioneer in helping working class men and women. Ann Jarvis founded Mother’s Day Work Clubs in the late 1800’s. She exposed the horrid working conditions factory workers had to endure. She did this before the benefits of work unions helped to improve working conditions.

By 1920, however, Jarvis (Anna, the daughter) started a national movement to eliminate the annual celebration. Jarvis insisted that the meaning of Mother’s Day to honor mothers had been lost in the commercialism of buying cards, gifts and flowers. She insisted that children needed to hand write letters of appreciation to their mothers and express their gratitude and love in the personal notes. The appropriate flower to present to mothers, according to Jarvis, was a single carnation.

Jarvis, the daughter, incorporated the Mother’s Day International Association and held the trademark for the phrase Mother’s Day. The world-wide payouts for the trademark made her rich and she used her wealth to fund campaigns to eliminate the celebration of mothers. Her fight against the national day drained her fortune, and she died in poverty in 1948. The founder of Mother’s Day never married and died without having children.

The annual celebration for mothers will account for approximately three billion dollars in the United States. Families will average $173.00 for the typical cost of cards, candy, flowers and taking mothers out to eat. Florists, restaurants, retail stores and movie theaters are among the businesses that benefit from the money spent on Mother’s Day.

Since the annual event falls on a Sunday, the expenses of days off for both government and private sector businesses don’t apply. It’s a win-win day for everyone, especially mothers who get the presents.

Thanks for reading this blog. Look for a new blog later this month. See my website www.joevlatino.com for information about my book of short stories, “The Device.”

Rainbows Are All Around Us. Water Droplets Bring Out the Colors

Rainbows are the thing of fairy tales, songs, legends and mythology. They’re impossible to ignore when they fill a horizon with brightly curved arcs of red, green and blue. Ironically, they surround us all the time, but they need the moisture of rainy weather to reveal themselves.

The sun bathes the earth in what’s called white light. It contains all colors of the spectrum. We see approximately 100 various shades of the basic six colors in the white light spectrum. The scientist responsible for discovering the colors inside sunlight died 289 years ago this month.

Isaac Newton was an English physicist and mathematician who identified the basic colors carried by light. Newton first identified red, orange, blue, yellow and green. By 1672 he added two more colors to the spectrum—indigo and violet. That amounted to seven basic colors in the light spectrum, but the scientific community discounted indigo as being simply a dark blue. The six recognized colors are what make up rainbows.

Newton based his idea of seven colors on the ancient Greek philosophy that the musical scale of seven notes and the existence of seven days in a week were important influences in scientific knowledge. A brilliant man who lived beyond the average age of his day, Newton died at 84 on March 20, 1726.    

Newton studied light refraction through prisms and concluded that rainbows are the result of light passing through droplets of rain water. The drops of water act like prisms that separate the white light into the primary colors. Each drop of water bends the white light into primary colors. The colors of light have different wavelengths. Red, with the longest wavelength, always shows up at the top of a rainbow. Violet has a comparatively short wavelength and it usually is at the bottom of a rainbow. The curved effect of a rainbow is the result of the different colors bending as they pass through the water droplets.

The main colors in a rainbow are red, green and blue. Red is the dominant color of a rainbow at 38 percent. Green is 22 percent, and blue is 11 percent of a rainbow’s colors. The remaining three colors make up the remainder of any rainbow.   

We see a rainbow when we are between the sun and the water droplets. Usually we see a rainbow against a rain shower. But rainbows show up on the mists of waterfalls, bodies of water and even against thick fog. 

The angle between the sun and the water droplets is critical. In order to see a rainbow, our line of sight must be 42 degrees from the sun to the source of moisture. That’s a critical angle, and that’s why every person sees a particular rainbow differently. If we move only a slight distance, the angle and view of a rainbow changes. While driving in the direction of a rainbow you’ll see that it seems to keep moving.  That’s because our perspective of the light reflection keeps changing as we move.  Rainbows, after all, are just reflections of light and aren’t three dimensional.

Rainbows have mystical stories attached to them. An ancient fable of finding a pot of gold at the end of a rainbow is a make-believe fable based on Irish folklore involving leprechauns. . We never can see the end or beginning of a rainbow because our view is constantly changing by the 42-degree angle from the sun. No matter how far or fast you drive, you’ll never find that leprechaun’s pot filled with gold pieces.

A rainbow is part of a well-known story in the Bible’s Old Testament. In Genesis, we can read the story of a great flood God put upon the earth to punish a sinful population. Noah, our hero, built a large boat, an arc, to save his family. Male and female animals of all the species on earth were contained inside the arc to save them from drowning in the deep water.  At the end of the forty day and forty night flood, the arc landed on dry land, and Noah celebrated with his surviving family.

God promised Noah that the world’s people would never be destroyed by floods again. As a reminder of His promise, God put a rainbow in the sky.

“Never again,” God said, “shall flesh be cut off by the waters of the flood. Never again shall there be a flood to destroy the earth.”

Then God told Noah, “I set My rainbow in the cloud, and it shall be for the sign of the covenant between Me and the earth.”

We can always remember God’s promise whenever we see a rainbow. Its significance is great, but the cause of a rainbow is basic physics. Only three things are needed for a rainbow to appear: One, the sun must be behind you; two, the moisture or rain must be in front of you; and three, the sun has to be shinning.

Thanks for reading this blog. Come back to this space later this month for another interesting subject. Go to my website www.joevlatino.com to learn about my book of short stories, “The Device.”

Production Lines Increased Efficiency and Lowered Prices

The first Model T Ford car sold for $950.00 in October, 1908. Four years later the price dropped to $575.00. By the end of the Model T’s 19 year run the car sold for $490.

Henry Ford

Mass production, a manufacturing technique from the Industrial Revolution, made the Model T less expensive to build.  Laborers worked on a particular part of the car, installing interchangeable parts.  As the cost of production dropped, so did the selling price and the reduced selling price increased sales. Using this method, Henry Ford’s profit per car was less, but the increased volume of sales made his company the biggest car manufacturer in the world. Ford’s competitors had to copy his manufacturing techniques to keep their companies in business.

The Industrial Revolution ran from approximately 1760 until 1840 in England and the United States. An agrarian society gave way to people living and working inside cities. Processes of making things on farms and using hand tools were replaced by manufacturing inside factories where workers used special-purpose machinery to produce products. The idea of a product being assembled by one person was replaced with the efficient method of mass production.   

Four important parts of mass production consist of interchangeable parts, continuous flow, division of labor and eliminating wasted effort. Henry Ford studied successful manufacturers who made fortunes during the Industrial Revolution and applied these techniques in his car company.

Eli Whitney

A mass production pioneer was Eli Terry who owned a clock manufacturing business in Connecticut. By 1800, Terry’s company produced 20 clocks a day using the interchangeable-parts technique on a short assembly line.

Eli Terry

Eli Whitney, the man credited with inventing a workable cotton gin, was manufacturing firearms in 1798. He also used interchangeable parts with an assembly line of workers to build muskets, rifles and handguns.

Samuel Colt, another firearms manufacturer, used interchangeable parts that were strategically placed on long tables. Each worker completed a specific stage of assembling a firearm. Colt began his company in 1855.

Colt Revolvers

Historians credit Henry Ford for studying the manufacturing pioneers Terry, Whitney and Colt and using their knowledge to help his company. Ford was known as a delegator who hired people who were experts in their fields. He then used their knowledge to improve his car company.

One critical tweak Ford added to his car assembly was to use a moving belt that traveled at six feet per minute. Ford, or probably one of his engineers, got the idea of a moving assembly belt from a Chicago meat packing company.

Model T Assembly Line

The car assembly line was divided into 84 steps. Each worker accomplished one of the steps as the partially assembled car moved past them on the belt. Ford hired efficiency experts who studied the motions of the workers as the parts were used. The laborers were instructed how to install each part with the least amount of effort and movement. That’s how the number of cars produced increased and the price went down.

Ford manufactured a car that was affordable to average workers. He accomplished this by using business principles established nearly 50 years prior. He added a moving assembly line that became the standard feature in every mass produced product. In 1908 a Model T was built every 12 hours. After Ford modernized his assembly line with a moving belt, the time to build one car was reduced to two and one half hours. The last Model T was number 15,000,000. The Model A, an improved version, replaced the Model T.

The system of a moving assembly line dominates car manufacturing today. Recent changes include the use of automated tools or robots that do much of the precision work such as spot welding. 

Further, modern car companies use a parts delivery system called just-in-time or last-minute delivery. Outside manufactures deliver their required parts as they are needed. This eliminates the expense of stockpiling and storing parts ahead of time.

Thank you for reading this blog. A new one will be in this space at the middle of the month. Review my website at www.joevlatino.com     

February Treated With Disdain in Ancient Times

Which month has 28 days? They all do. February has 28 days every three out of four years and gets an added day during leap years. That added day helps correct the 365-day year that is slightly less than 365.25 days long when the earth completes its annual trip around the sun.

Ancient Romans, a superstitious society, thought February was an unlucky month. It was perceived to be bad luck because it was the shortest month, and it came in cold weather. February originally was at the end of the year. That placed it in the coldest part of winter, where it was both uncomfortable and unproductive for the agrarian Roman society.

The shortest month was put at the end of the year when Roman Emperor Numa Pompilius added January and February as the 11th and 12th months in circa 700 B.C. Until then the Roman calendar had 10 months that totaled 304 days. Pompilius wanted the year to consist of a 12-month lunar cycle to better match the planting and harvesting cycles. His year was 355 days long. It was more accurate but obviously allowed for inaccuracies as the seasons and months still misaligned over time.

The emperor selected 28 days for the disliked month of February to get the number of days in the year to more or less match the lunar cycle. Most of Europe used the Pompilius calendar for about 654 years until Julius Caesar invented his calendar.

It’s called the Julian calendar after Caesar who finished it in 46 B.C. It consisted of 365 days and 12 months. He moved January and February to the first and second months of the year. Caesar’s was the most accurate calendar to date and lasted for more than one thousand years after it became the standard in 45 B.C. He was assassinated the following year on the Ides of March in 44 B.C.

Caesar’s genius in computing the most accurate calendar of its day was in his use of a leap year that added one day to February every four years. That added day compensated for the 1/4th day that gets added each year.

Since the earth’s year is not quite 365.25 days, inaccuracies from previous and Julius Caesar’s calendars kept building up until the current Gregorian calendar was accepted worldwide. Also called the Western and Christian calendar, it was started in 1582 after 10 days were dropped from October of that year. The lost days brought the new calendar into accurate alignment with the earth’s orbit to within 1 day every 3,231 years.

Superstitions about February 29th started shortly after the Julian calendar became accepted as the best one to use. One myth was counter to the Roman belief that the second month was unlucky. People began to believe that it was a lucky omen to begin any endeavor or business action on February 29th. Such actions, they believed, would guarantee success to the originator. The good luck extended through the whole month of February in a leap year.

Many societies believed that women seeking a husband could ask a bachelor of their choice on February 29th to marry them without causing any social reprimands. The superstition could extend for the entire leap year. Bachelors who were selected by single women for marriage could be legally fined money and/or gifts if they refused the proposals.

February started as a month disliked by Roman citizens more than 2,700 years ago. Myths associated with it today give it meanings of love and success.

Thanks for taking time to read about our shortest month. Come back to this space at the first part of March for another interesting subject. Read my website at www.joevlatino.com for information about “The Device," my book of short stories that can be found on Amazon.

U.S. Presidential Term Limits End at Ten Years

George Washington supported the opinion of our founding fathers that a two-term limit for the office of U.S. president would prevent the executive office from evolving into a monarchy. Our first president publicly addressed his feelings about this unofficial law at the end of his second term when he refused to run for office again.

The unwritten, two-term rule allowed for a vice president to assume up to two years of a president’s term and still have the possibility of  being elected to two consecutive terms as president. That meant the office of U.S. president could extend up to ten years.

Our 31st president, Franklin D. Roosevelt, broke the unwritten law when he completed a third term and then entered a fourth term as president in 1944. Roosevelt died from a cerebral hemorrhage in April, 1945. Vice President Harry S. Truman then became president.  

The feelings of uncertainly whether our country might go to war and then the beginning of our involvement in WWII at the end of 1941 dominated public opinion to keep re-electing Roosevelt. His unprecedented four elections resulted from the public view that stability was needed in the national leadership. His record of winning four consecutive elections as president will never be broken.

Washington’s belief about limiting the term of a president became a law 164 years after he was the first president, with the passing of the 22nd Amendment. The 64th anniversary of that law is the 27th of this month.

The threat of a world-wide conflict that became World War II loomed over the United States in the late 1930s as Hitler’s German Army invaded parts of Europe, and Japan became an ally to the Nazis. The Democratic Party made FDR its candidate for a third and a fourth term with the support of the country’s voters who put their trust into Roosevelt’s abilities as WWII continued.

While Truman was in office, the U.S. Congress passed the 22nd Amendment to the Constitution on March 21, 1947. The amendment started the process to make the two-year term limit for president a law. It took five years for the amendment to become law. Thirty-six states ratified the 22nd Amendment on Feb. 27, 1951. That was the required three quarters of the 48 states that then composed our country.   

Since the 22nd Amendment became law, six presidents have been re-elected to two terms. The six presidents are: Dwight D. Eisenhower, Richard M. Nixon, Ronald Reagan, William J. Clinton, George W. Bush, and Barack H. Obama. The law’s intent to keep a U.S. president from assuming too much power is sometimes used for support when people debate the advantage of term limits for other federally elected offices.

Many U.S. senators and representatives make a life-long career of being members of the Congress. Our founding fathers generally agreed that working in politics should be an obligation and a privilege but not a career. The term-limit discussion will likely surface again during the national elections next year.

Two examples of sitting presidents who failed in their attempts to win second terms show the strong influence of public opinion.  

Lyndon B. Johnson became president in 1963 after the assassination of President John F. Kennedy.  Johnson served 14 months (less than two years) of Kennedy’s term and was elected to a full term in 1964. He ran briefly for a second full term in 1968 but withdrew from the race after he barely won the New Hampshire Primary and his poll numbers were meager.

Gerald Ford became president on August 9, 1974 after the impeachment of President Richard M. Nixon. Ford served 29 months of Nixon’s remaining administration, and he was eligible to get elected president for a maximum of one term.

He became president by default, so to speak, since he wasn’t elected to the number two seat. Ford was selected to be vice president by Nixon after Vice President Agnew left office. With such a shaky start, Ford was not accepted by the majority of citizens, and he lost the election to Jimmy Carter.

The decision to make the ten year term limit a law in 1951 resulted from feelings of our first U.S. citizens who fought the Revolutionary War to stop the control of the King of England. The English monarchy was the type of rule that Americans wanted to eliminate in the new republic of the United States.

Abraham Lincoln, 16th president of the United States, best expressed the sentiment of our people to keep a monarchy out of our government. In “The Gettysburg Address” Lincoln said our republic was a “…government of the people, by the people, for the people….”

Thanks for reading this blog. Check my website, www.joevlatino.com, for information about my book “The Device.” It’s a compilation of short stories. A new blog will be in this space at the end of the month.

Tutankhamen’s Tomb: Time Capsule for the Boy King

British archeologist Howard Carter strained to see into a small hole he chiseled through a thick, mud wall. Stretching his arm into the opening, he held a candle into the darkness and waited for his eyes to focus in the dim light.

Standing behind him was George Hebert, the Earl of Carnarvon, who paid for the expedition into the hot, Egyptian desert. After several seconds, his patience was gone. The earl asked, “Can you see anything?”

Carter calmly said, “Yes, wonderful things.”

It was February 17, 1923. The men stood at the bottom of sixteen steps that led to the opening of the only pharaoh’s tomb that wasn’t violated by robbers. Excavation of the steps began in November of 1922 after Carter accidently found the top of the first step under the desert surface.

The days of building pyramids to house the bodies of dead kings had passed hundreds of years before the young, 19-year-old Tutankhamun died circa 1346 B.C.  The pharaohs started using tombs that were secretly dug deep into the lifeless landscape of the Valley of the Kings.

Carter spent nearly 31 years searching the Valley of the Kings for any pharaoh’s tomb. Weather conditions were terrible. The average temperature reached 90 degrees in the winter and 120 degrees during the long summer season.

The royal families hoped that using buried graves in such an unhospitable climate would stop tomb robbers from plundering the enormous riches that were put in the pharaoh’s eternal resting places. However, all the gravesites, even the ones underground, were robbed except for the one Carter found. Publicity of the find spread throughout the world, and the Boy King became known as King Tut.

Tutankhamen’s reign was short, only ten years, and the size of his tomb was accordingly small by comparison to most pharaohs. Since the contents of his small tomb were intact, the numerous riches and artifacts inside gave archeologists throughout the world the best insight into the lives of the ancient Egyptians.

The cause of Tutankhamen’s death has encouraged speculation for several years. After the king’s remains were x-rayed, many forensic experts analyzed the results. A popular theory from a few years ago explained that the Boy King was murdered and died from a blow to his head. Further investigations disputed that idea.

Today the popular belief is that King Tut suffered a broken leg injury that probably caused an infection. From the looks of the x-ray of the leg, the king could have endured a long, painful death from gangrene. The injury may have come from a fall from a chariot, but that’s strictly speculation. As pharaoh, he would have been expected to be proficient as a chariot driver.   

When Carter and the members of the expedition broke the wall and stepped into the tomb, they saw a wall made of gold. It was a large golden box that was next to a narrow corridor that led to another box or shrine that contained yet a third container. A fourth shrine inside that one contained a stone sarcophagus that held King Tut’s coffin. The king’s coffin was solid gold and weighed 225 pounds. Tut’s mummified body was inside.

The third shrine held treasures that were placed to help the Boy King make his travels into the outer world. He was considered a living god who would physically leave his tomb. Several model boats were inside the space. Ebony chests contained jewels, clothes, boyhood toys, games, weapons and even musical instruments. These were the items that provided information to modern archeologists about Egyptian society. 

A solid gold death mask dominates all the items found. Its value is priceless.

Inside a chest of alabaster were four, small busts of the pharaoh. Beneath the busts were four miniature coffins that held Tut’s internal organs. During the Egyptian mummification process, the lungs, stomach, intestines, heart and liver were removed and preserved to be used later during the deceased’s travels in the afterlife. Interestingly, human brains had no significance and weren’t preserved. The embalmers used long copper probes and pulled out the brains of the dead a piece at time through the nose.  

Carter’s crew spent months carefully removing and cataloging the thousands of items inside the tomb.  He spent the rest of his life lecturing and touring the world as he spread information about his discovery. All things Egyptian became popular as publicity of King Tut spread.

A fable called “The Pharaoh’s Curse” circulated for many years after Carter’s work. It surmised that the people who opened King Tut’s tomb suffered an early death.  Carter was 64-years-old when he died of lymphoma on March 2, 1939. That dispelled any credibility to the rumor. 

Thanks for reading this blog. Please visit my website at www.joevlatino.com for information about my book of short stories, “The Device.”

Encoding, Storing and Retrieving Make Memory Work

This happens all the time. You’re at a gathering with family members or with friends. Stories and anecdotes are shared, but you don’t remember things happening exactly the way someone talks about them. And you might not remember a funny story about you, even though everyone else is laughing at your expense.

When you find yourself saying “I don’t remember it that way,” you’re correct. It’s our individual memory systems that influence what we have inside our memory banks.

Our memory comes from the capacity of our brain to hold and access information. Three mental processes work together to make our memory work—encoding, storing and retrieving. These three processes determine whether we remember or forget something.

Encoding can be compared to a door opening to accept information into our memory. Our minds automatically encode information that comes through the door when it opens to accept what we see, hear, feel, taste and smell from everything around us.

Storing is where the information is kept so it can become memory. As important as holding the information is the capacity of storing to select what we keep. Without a selection process, every bit of what we experience would fill our memory with useless facts.

Our brain uses sensory memory to keep information for only a few seconds. This capacity to eliminate unnecessary information lets our memory remain clear. An example of sensory memory is when you pass a stranger through a doorway or in an elevator. You might notice the color of that persons coat or hat, but you forget about it immediately afterwards.

The sensory memory part of storing allows us to use our senses to recognize the world around us without processing every single item into our memory. We recognize the smell of a fireplace, for example, because we have experienced that smell previously. Exactly where we first smelled a fireplace is not significant to our memory.

Another part of storing is short term memory that can hold information for a limited time. We can hold approximately seven small pieces of information in our short term memory. The seven pieces in our short term memory keep changing. One piece of memory we aren’t using drops off when a new memory replaces it.Rehearsing or repetition will keep it available to us longer. Examples of keeping short term memories would be learning dialogue for a play or cramming information to use in a test or exam. We retain information that is important to us. After the test, the information leaves our memory.

Long term memory makes up the last part of storing. These are the memories that stay for a person’s entire life. Our long term memory has an unlimited capacity. These memories will transfer back and forth from long term to short term whenever something we experience triggers the memory.

Retrieving information from our long term memory is done with clues that include associations when the memory was first made. We remember an event by placing ourselves into the same context we were in when it happened. For example, when you lose your keys, you may recall where you put them if you think about what you did beforehand. Our mood also can spark a hidden memory that might be changed. Two people discussing a past event will see it differently because their present moods are not the same as the time of the event.

Our perception of the events we experience influence what goes into our long term memory. What we think we see or hear is often different from what other people see or hear during the same event. That’s why witnesses in a trial often give different testimonies from each other. It’s not what we perceive, it’s what we believe we perceive.

Next time a long-time friend tells a story about you that doesn’t ring true, just realize the two of you remember the story differently.

Thanks for reading this blog. Look at my website at www.joevlatino.com. That’s where you will find information about my book of short stories “The Device.”