In preparing a display on Poison Prevention for the 1st - 3rd graders at my grandson's school, I was pairing up different medicines with candy "look-a-likes". The kids will be asked, "Which one is the candy and which one is the poison/medicine/"bad" stuff?" I went out to three different stores and purchased about $20 worth of candy (it's a rough job). I have Good 'n Plenty, Hot Tamles, Smarties, Sweetarts, Skittles, Tic Tacs, Mike & Ike, Harbro Gold-Bears, Lemonhead, Hershey bar, and MMs.
I went to the hospital pharmacy, where I work occasionally, and with the Director's permission, attempted to match up as many of the candies with similar looking tablets and capsules. I was successful with all but three or four of the candies (I'll just have to eat those I suppose). I took the candies and medicines home, got out my zip-lock bags and began matching them all up.
For one of the medicines I needed two red M&Ms (plain, no peanuts). I opened the 3.4 oz, $1.00 bag of M&Ms and poured a few out in my hand but didn't see any red ones at first glance so I dumped the entire bag on the dining room table. After searching through the pile I found ONE red M&M. Why was there only one red M&M in my package? This both frustrated and baffled me so I did some research. How many of each color should there be in a bag?
But first, an aside. A little extra bit of trivia I picked up when researching. It seems that red has always been the favorite color M&M for the past umpteen years. But in 1976, because of a study associating FDC #2 red food dye with cancer, the red M&Ms were discontinued -- even though FDC #2 was NOT used to color the red M&Ms. The company was afraid the public might assume that the harmful dye was used. As a result, orange M&Ms were introduced to replace the red ones. However, in 1987, after an eleven-year absence, the red M&Ms were reintroduced and the orange ones were allowed to continue.
Now, back to the M&M color distribution question. How do they decide how many of each color goes into a bag? Well, a guy named Josh Madison (joshmadison.com) wondered the same thing. He found that Mars (M&M manufacturer) claims the color distribution is as follows:
Red 13%
Brown 14%
Green 16%
Orange 20%
Yellow 14%
Blue 24%
Josh went out and purchased a retail box (48 packages, 1.69 oz. each) of M&Ms, dumped them all out, divided the colors, and counted. There was a total of 2,620 M&Ms with the color distribution as follows:
Red (369) 14.20%
Brown (371) 14.16%
Green (483) 18.44%
Orange (544) 20.76%
Yellow (369) 14.08%
Blue (481) 18.36%
Josh concluded that these numbers were close enough for him. So I counted the M&Ms in my one bag. I had 115. I divided out the colors and counted each one. In addition to the ONE red M%M there were eight browns, thirty-six greens, eighteen orange, twenty-one yellow, and thirty-one blue. A total of one hundred and fifteen M&Ms. Was the color distribution in my bag of M&Ms on target? After counting and calculating, this is how my M&M colors were distributed:
Red 0.9%
Brown 6.8%
Green 32.3%
Orange 15.6%
Yellow 18.4%
Blue 27.0%
Not even close! It looks like I may have to sue Mars to get my second red M&M. Why is it that I never seem to have the time to get anything done?
I went to the hospital pharmacy, where I work occasionally, and with the Director's permission, attempted to match up as many of the candies with similar looking tablets and capsules. I was successful with all but three or four of the candies (I'll just have to eat those I suppose). I took the candies and medicines home, got out my zip-lock bags and began matching them all up.
For one of the medicines I needed two red M&Ms (plain, no peanuts). I opened the 3.4 oz, $1.00 bag of M&Ms and poured a few out in my hand but didn't see any red ones at first glance so I dumped the entire bag on the dining room table. After searching through the pile I found ONE red M&M. Why was there only one red M&M in my package? This both frustrated and baffled me so I did some research. How many of each color should there be in a bag?
But first, an aside. A little extra bit of trivia I picked up when researching. It seems that red has always been the favorite color M&M for the past umpteen years. But in 1976, because of a study associating FDC #2 red food dye with cancer, the red M&Ms were discontinued -- even though FDC #2 was NOT used to color the red M&Ms. The company was afraid the public might assume that the harmful dye was used. As a result, orange M&Ms were introduced to replace the red ones. However, in 1987, after an eleven-year absence, the red M&Ms were reintroduced and the orange ones were allowed to continue.
Now, back to the M&M color distribution question. How do they decide how many of each color goes into a bag? Well, a guy named Josh Madison (joshmadison.com) wondered the same thing. He found that Mars (M&M manufacturer) claims the color distribution is as follows:
Red 13%
Brown 14%
Green 16%
Orange 20%
Yellow 14%
Blue 24%
Josh went out and purchased a retail box (48 packages, 1.69 oz. each) of M&Ms, dumped them all out, divided the colors, and counted. There was a total of 2,620 M&Ms with the color distribution as follows:
Red (369) 14.20%
Brown (371) 14.16%
Green (483) 18.44%
Orange (544) 20.76%
Yellow (369) 14.08%
Blue (481) 18.36%
Josh concluded that these numbers were close enough for him. So I counted the M&Ms in my one bag. I had 115. I divided out the colors and counted each one. In addition to the ONE red M%M there were eight browns, thirty-six greens, eighteen orange, twenty-one yellow, and thirty-one blue. A total of one hundred and fifteen M&Ms. Was the color distribution in my bag of M&Ms on target? After counting and calculating, this is how my M&M colors were distributed:
Red 0.9%
Brown 6.8%
Green 32.3%
Orange 15.6%
Yellow 18.4%
Blue 27.0%
Not even close! It looks like I may have to sue Mars to get my second red M&M. Why is it that I never seem to have the time to get anything done?