If there are 48 tacks, (15+5+20+8), you want to divide the number of one color over the total to find the percentage of that color out of the whole.
If there are 8 silver tacks, take 8 over 48, which equals .167.If there are 20 white tacks, take 20 over 48, which equals .4167
Now you know the percentage of silver out of the whole, and the percentage of white out of the whole.
To figure out the white and silver together, add them together!
White and Silver tacks make up about .583, or 58.3%
And that's your answer. You have a 58% chance of picking a white or silver tack from the box when picked at random.
Probability=Successes/Outcomes She has 9 rings, and wants to choose 3 to wear. To find the number of outcomes: 9 C 3= 84. There are 84 possible outcomes Now you need to find the number of successes When she wears 2 silver rings, she has to wear 1 gold ring, and when she wears 2 gold rings, she must wear 1 silver ring. This is because she randomly selects 3 rings to wear. Because these are mutually exclusive events, P(2 silver or 2 gold)= P(2 silver and 1 gold) + P(2 gold and 1 silver) # of successes= (4 C 2)(5 C 1) +(5 C 2)(4 C 1) # of successes= (6)(5)+(10)(4) # of successes= 30+40 # of successes= 70 P(2 silver or 2 gold)= successes/outcomes P(2 silver or 2 gold)= 70/84 P(2 silver or 2 gold)= 5/6
It contains 24.057 grams of pure silver.
The 1922 silver dollar, commonly known as the Peace dollar, contains 90% silver and 10% copper. Each coin weighs approximately 26.73 grams, with about 24.06 grams of that being silver. This composition was standard for U.S. silver dollars minted from 1878 to 1935.
The "mbs" on sterling silver typically stands for "minimum silver," indicating that the item contains at least 92.5% pure silver, which is the standard composition for sterling silver. This marking ensures that the piece meets the legal requirements for sterling silver quality. Sometimes, it may also be interpreted as "maximum base metal," referring to the allowable 7.5% of other metals mixed with the silver.
The mark "1251" on silver typically indicates the silver's purity or quality, specifically that it is 12.51% silver. However, this is not a common marking; more frequently, silver is marked as "925" for sterling silver, which contains 92.5% silver. It’s essential to confirm the context in which "1251" is used, as it might also refer to a manufacturer's code or a specific standard in certain countries. Always consult a professional for accurate identification.
You can randomly get it as a reward at the Pokeathelon.
After you get your National Dex, it will be randomly roaming about the Kanto Region.
The US silver quarter contains 90% silver and 10% copper.
It contains 1 ounce of silver.
One example of a compound that contains silver is silver nitrate, AgNO3.
1 Morgan Silver Dollar contains 0.77344 Troy ounces of silver while 4 silver quarters contain 0.72336 ounces of silver (0.18084 X 4). The Morgan Silver Dollar contains more silver than 4 silver Quarters.
After you see him at the Twin Towers he comes around randomly. SO look every where!!
By international agreement the definition of sterling silver is 92.5% pure silver and 7.5% other metal usually copper. Sterling silver is usually the better option when choosing jewellry as pure silver is a very soft metal that bends and breaks easily.
A US silver dollar from 1840 to 1935 contains .77344oz of pure silver.
Probability=Successes/Outcomes She has 9 rings, and wants to choose 3 to wear. To find the number of outcomes: 9 C 3= 84. There are 84 possible outcomes Now you need to find the number of successes When she wears 2 silver rings, she has to wear 1 gold ring, and when she wears 2 gold rings, she must wear 1 silver ring. This is because she randomly selects 3 rings to wear. Because these are mutually exclusive events, P(2 silver or 2 gold)= P(2 silver and 1 gold) + P(2 gold and 1 silver) # of successes= (4 C 2)(5 C 1) +(5 C 2)(4 C 1) # of successes= (6)(5)+(10)(4) # of successes= 30+40 # of successes= 70 P(2 silver or 2 gold)= successes/outcomes P(2 silver or 2 gold)= 70/84 P(2 silver or 2 gold)= 5/6
A 1946 shilling from the UK contains 50% silver.
Probably a mixture of metals that contains 10% of silver.