Gifts For Women Articles


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Best Christmas Gifts For Women - Gifts BW gifts | gifts Resources | Add URL Wine Gifts & Baskets From the casual wine drinker to the serious enthusiast, we have a gift that will make them smile. Our selection includes premium wine, gourmet baskets, distinctive champagne sets & the very finest California and Northwest wines. Best Christmas Gifts For Women Articles Gifts for Walking Women Top picks for gifts for walking women for birthdays, holidays, Christmas and Mothers Day....( Continue Reading ) Great Looking Robes See our choices for the best looking women's robes in terry, velour, fleece, snuggles, sexy satins, soft cashmere and silk, in a range of under $25.00 to pure, but expensive, luxury....( Continue Reading ) Belz Outlet Mall I Finding the Best Buys at Central Florida's Outlet Malls...( Continue Reading ) Buying a Sewing Machine Sewing machines can be bought at many locations, so where do you start? Read about your options here....( Continue Reading ) The Perfect Travel Gift If the object of your affection is heading for Canada, or if they are already here, to another part of Canada, here are some practical and some whimsical gifts that could be considered....( Continue Reading ) Best Christmas Gifts For Women Directory Links gift baskets flowers gifts for expectant mothers making easter baskets first anniversary gifts wedding anniversary gifts for each year funny christmas gifts gifts for the wedding party third year anniversary gifts horse gifts small gifts christmas gifts for mom and dad christian mothers day gifts free gifts for kids virtual gifts gift fruit baskets gardening gifts unusual holiday gifts send gifts to india from usa romantic gifts for women wedding gifts houston anniversary and gifts inexpensive wedding gifts romantic gifts for her longaberger easter baskets gifts for teachers homemade valentines gifts gift baskets in north carolina north star christmas and gifts wedding attendents gifts original baby gifts cool gifts preschool mothers day gifts native american baskets simple gifts song shopping baskets unique educational gifts spiritual gifts discernment 40 year old gag gifts gifts for special occasions best gifts 2002 1st anniversary gifts graduation gifts for her last minute valentines gifts gifts for best friend wedding groomsmen gifts Popular Search Terms: Gifts BW © 2004 Gifts BW All trademarks are the property of their respective owners. All Rights Reserved. This site is not related to Brajeshwar or Brajeshwar.com in anyway, shape or form
Great Gifts $10 or
Listmania! Cheapskate Great Gifts $10 or Less Your Store See All 31 Product Categories   Your Account | Cart | Wish List | Help Improve Your Recommendations | Your Amazon Home | Your Profile | Learn More Search Amazon.com Books Popular Music Music Downloads Classical Music DVD VHS Apparel Yellow Pages Restaurants Movie Showtimes Toys Baby Computers Video Games Electronics Camera & Photo Software Tools & Hardware Office Products Magazines Sports & Outdoors Outdoor Living Kitchen Jewelry & Watches Beauty Gourmet Food Beta Musical Instruments Health/Personal Care Travel Cell Phones & Service Outlet Auctions zShops Everything Else Scientific Supplies Medical Supplies Indust. Supplies Automotive Home Furnishings Lifestyle Pet Toys Arts & Hobbies Web Search Listmania! Cheapskate Great Gifts $10 or Less by Allison Sibert , a real cheapskate E-mail this list to a friend 1. Rubik's Cube Deluxe Edition by Winning Moves (Toy) Average Customer Review: Availability: This item is currently not available. Customers also shopped for these similar items . 2. RSVP Heart Measuring Spoon, Set of 4 Offered by: Cooking.com List Price: $9.99 Buy new : $8.95 You Save : $1.04 (10%) Availability: Usually ships in 1-2 business days 3. Dual Chuck Truck Tire Gauge Offered by: Northern Tool & Equipment Buy new : $5.99 Availability: Usually ships in 1-2 business days 4. Farberware 3-Piece Wood Cutting Board Set (Kitchen) Average Customer Review: List Price: $12.99 Buy new : $9.99 You Save : $3.00 (23%) Availability: Usually ships in 24 hours Used & new from $9.99 5. The World Almanac and Book of Facts 2004 (World Almanac and Book of Facts (Paper)) by Editors of World Almanac (Paperback) Average Customer Review: List Price: $11.95 Buy new : $4.78 You Save : $7.17(60%) Availability: Usually ships in 24 hours Used & new from $0.50 6. Essential Oil Starter Kit - Life's Essential Oils Life Designs Offered by: Life Designs Buy new : $9.95 Availability: Usually ships in 1-2 weeks 7. Portmeirion Botanic Garden Hand-Painted Mini Vases, Set of 3 (Kitchen) Availability: This item is currently not available. 8. 45'' Slender Tube Windchime - Clearance Availability: This item is currently not available. 9. Harry Potter's Levitating Challenge by Mattel (Toy) Average Customer Review: Availability: This item is currently not available. Customers also shopped for these similar items . 10. Wonderfulness ~ Bill Cosby (Audio CD) Average Customer Review: List Price: $9.98 Buy new : $9.98 Availability: Usually ships in 24 hours Used & new from $6.78 11. Sea Monkeys Magicquarium by ExploraToy (Toy) Average Customer Review: Offered by: Toys"R"Us Buy new : $9.99 Availability: Usually ships in 24 hours Create your own list! See the Best Lists Top 100 Listmania lists Search Listmania lists More about Allison Sibert Related Listmania! Add your list The King of Comedy For any Bill Cosby Fan or Cosby Show Fan* : A list by sweetvioletkgp3, Loves the Cosby Show and Bill My Desert Island Collection (Comedy) : A list by Jerimy Bass, College graduate Top Ten Bill Cosby CDs : A list by Dean Lindsay, Big Fan Everything's Coming Up Cosby : A list by A.Trendl HungarianBookstore.com, I-Spy to Fat Albert to Cosby Add your list Related So You'd Like to... Create a guide Be the coolest kid in town cus you listen to good music : A guide by Steven Faulkner, i only hear good music, i am deaf to other crap be a monkey expert : A guide by Andrea Booth, Evil Monkey Genius buy me a present : A guide by Chlokie, birthday haver Stock your bachelorette-pad kitchen : A guide by Bear Huntdance, Bachelorette and Thrifty Gourmet write a "So You'd Like to . . ." Guide for Cutting Boards : A guide by Harris Elleberg, Hardwood Critic, Chef Inferiore Know the bestselling books of all time? : A guide by ep123, Reader of books Become me for a day (2004 edition) : A guide by Diane Aguilar, still an expert at being myself have a laugh or two. : A guide by R. Glover, One who likes a good spoof and nutty humor Create a guide Where's My Stuff? Track your recent orders . View or change your orders in Your Account . Shipping & Returns See our shipping rates & policies . Return an item (here's our Returns Policy ). Need Help? Forgot your password? Click here . Redeem or buy a gift certificate. Visit our Help department . Search All Products Books Popular Music Music Downloads Classical Music DVD VHS Apparel Yellow Pages Restaurants Movie Showtimes Toys Baby Computers Video Games Electronics Camera & Photo Software Tools & Hardware Office Products Magazines Sports & Outdoors Outdoor Living Kitchen Jewelry & Watches Beauty Gourmet Food Beta Musical Instruments Health/Personal Care Pet Supplies Travel Books Cell Phones & Service Outlet Auctions zShops Everything Else Scientific Supplies Medical Supplies Indust. Supplies Automotive Home Furnishings Lifestyle Arts & Hobbies for Top of Page Amazon.com Home | Directory of All Stores Our International Sites: Canada | United Kingdom | Germany | Japan | France  | China Contact Us | Help | Shopping Cart | Your Account | Sell Items | 1-Click Settings Investor Relations | Press Releases | Careers Conditions of Use | Privacy Notice © 1995-2005, Amazon.com, Inc. or its affiliates
Birthday Present
Math Forum: Ask Dr. Math FAQ: The Birthday Problem -- Ask Dr. Math: FAQ The Birthday Problem Dr. Math FAQ || Classic Problems || Formulas || Search Dr. Math || Dr. Math Home Suppose you flip a coin and bet that it will come up tails. Since you are equally likely to get heads or tails, the probability of tails is 50%. This means that if you try this bet often, you should win about half the time. What if somebody offered to bet that at least two people in your math class had the same birthday? Would you take the bet? This question is more complicated than flipping a coin, because the chance of finding two people with the same birthday depends on the number of people you ask. If there were only one other person in your math class, you might be surprised to find out that she had the same birthday as you. If there were a pair of people with the same birthday in a class of 366 people, would you still be surprised? How large must a class be to make the probability of finding two people with the same birthday at least 50%? Let's forget about leap year when we solve this problem (no February 29 birthdays!) This way, we can assume that a year is always 365 days long. We'll start by figuring out the probability that two people have the same birthday. The first person can have any birthday. That gives him 365 possible birthdays out of 365 days, so the probability of the first person having the "right" birthday is 365/365, or 100%. The chance that the second person has the same birthday is 1/365. To find the probability that both people have this birthday, we have to multiply their separate probabilities. (365/365) * (1/365) = 1/365, or about 0.27%. Now, what about three people ? The chance of the first and second person sharing a birthday is still 1/365. The first and third person might share a birthday instead. The probability of that is 1/365 as well. But what if the second and third person shared a birthday? And what if all three of them had the same birthday? Things are getting complicated fast. Four or five people would be even messier. Is there a simpler way? To solve the birthday problem, we need to use one of the basic rules of probability: the sum of the probability that an event will happen and the probability that the event won't happen is always 1. (In other words, the chance that anything might or might nothappen is always 100%.) If we can work out the probability that no two people will have the same birthday, we can use this rule to find the probability that two people will share a birthday: P(event happens) + P(event doesn't happen) = 1 P(two people share birthday) + P(no two people share birthday) = 1 P(two people share birthday) = 1 - P(no two people share birthday). So, what is the probability that no two people will share a birthday? Again, the first person can have any birthday. The second person's birthday has to be different. There are 364 different days to choose from, so the chance that two people have different birthdays is 364/365. That leaves 363 birthdays out of 365 open for the third person. To find the probability that both the second person and the third person will have different birthdays, we have to multiply: (365/365) * (364/365) * (363/365) = 132 132/133 225, which is about 99.18%. If we want to know the probability that four people will all have different birthdays, we multiply again: (364/365) * (363/365) * (362/365) = 47 831 784/ 48 627 125, or about 98.36%. We can keep on going the same way as long as we want. A formula for the probability that n people have different birthdays is ((365-1)/365) * ((365-2)/365) * ((365-3)/365) * . . . * ((365-n+1)/365). If you know permutation notation, you can write this formula as (365_P_n)/(365^n). That's the same as 365! / ((365-n)! * 365^n). We've made some progress, but we still haven't answered the original question: how large must a class be to make the probability of finding two people with the same birthday at least 50%? We know that the probability of finding at least two people with the same birthday is 1 minus the probability that everybody has a different birthday, and we know how to find the probability that everybody has a different birthday for any number of people. The easiest way to find the right class size is to use a calculator to try different numbers in the formula. It turns out that the smallest class where the chance of finding two people with the same birthday is more than 50% is... a class of 23 people . (The probability is about 50.73%.) From the Dr. Math archives: Probability Theory: Coincidental Birthday Probability of the Same Birthday within a Group Birthday Probabilities Three Share a Birthday The Birthday Problem; Queuing at a Bank Birthday Probability, Class of 25 One Person of Seven Born on Monday Odds of Left-Handedness in a Group From the Web: The Birthday Problem: A short lesson in probability , George Reese A Java applet that you can use to test different class sizes (it works better with small classes) and graphs of the probability for different numbers of people. The Law of Small Errors , Keith Devlin The birthday problem, and related questions - what's the probability that someone will have your birthday? Birthday Surprises, Ivars Peterson Birthday Problem, Eric Weisstein's World of Mathematics Coincidence, Alexander Bogomolny How to Read Mathematics, Shai Simonson and Fernando Gouveau This article uses an explanation of the birthday problem as an example. An Introduction to Mathematica and the "Birthday Problem," Louie Beuschlein For a general review of probability: Probability, Dr. Math FAQ Probability in the Real World, Dr. Math FAQ - Ursula Whitcher, for the Math Forum Submit your ownquestion to Dr. Math [ Privacy Policy ] [ Terms of Use ] Math Forum Home || Math Library || Quick Reference || Math Forum Search Ask Dr. Math ® © 1994-2005 The Math Forum http://mathforum.org/dr.math/
Great Gifts $10 or
Listmania! Cheapskate Great Gifts $10 or Less Your Store See All 31 Product Categories   Your Account | Cart | Wish List | Help Improve Your Recommendations | Your Amazon Home | Your Profile | Learn More Search Amazon.com Books Popular Music Music Downloads Classical Music DVD VHS Apparel Yellow Pages Restaurants Movie Showtimes Toys Baby Computers Video Games Electronics Camera & Photo Software Tools & Hardware Office Products Magazines Sports & Outdoors Outdoor Living Kitchen Jewelry & Watches Beauty Gourmet Food Beta Musical Instruments Health/Personal Care Travel Cell Phones & Service Outlet Auctions zShops Everything Else Scientific Supplies Medical Supplies Indust. Supplies Automotive Home Furnishings Lifestyle Pet Toys Arts & Hobbies Web Search Listmania! Cheapskate Great Gifts $10 or Less by Allison Sibert , a real cheapskate E-mail this list to a friend 1. Rubik's Cube Deluxe Edition by Winning Moves (Toy) Average Customer Review: Availability: This item is currently not available. Customers also shopped for these similar items . 2. RSVP Heart Measuring Spoon, Set of 4 Offered by: Cooking.com List Price: $9.99 Buy new : $8.95 You Save : $1.04 (10%) Availability: Usually ships in 1-2 business days 3. Dual Chuck Truck Tire Gauge Offered by: Northern Tool & Equipment Buy new : $5.99 Availability: Usually ships in 1-2 business days 4. Farberware 3-Piece Wood Cutting Board Set (Kitchen) Average Customer Review: List Price: $12.99 Buy new : $9.99 You Save : $3.00 (23%) Availability: Usually ships in 24 hours Used & new from $9.99 5. The World Almanac and Book of Facts 2004 (World Almanac and Book of Facts (Paper)) by Editors of World Almanac (Paperback) Average Customer Review: List Price: $11.95 Buy new : $4.78 You Save : $7.17(60%) Availability: Usually ships in 24 hours Used & new from $0.50 6. Essential Oil Starter Kit - Life's Essential Oils Life Designs Offered by: Life Designs Buy new : $9.95 Availability: Usually ships in 1-2 weeks 7. Portmeirion Botanic Garden Hand-Painted Mini Vases, Set of 3 (Kitchen) Availability: This item is currently not available. 8. 45'' Slender Tube Windchime - Clearance Availability: This item is currently not available. 9. Harry Potter's Levitating Challenge by Mattel (Toy) Average Customer Review: Availability: This item is currently not available. Customers also shopped for these similar items . 10. Wonderfulness ~ Bill Cosby (Audio CD) Average Customer Review: List Price: $9.98 Buy new : $9.98 Availability: Usually ships in 24 hours Used & new from $6.78 11. Sea Monkeys Magicquarium by ExploraToy (Toy) Average Customer Review: Offered by: Toys"R"Us Buy new : $9.99 Availability: Usually ships in 24 hours Create your own list! See the Best Lists Top 100 Listmania lists Search Listmania lists More about Allison Sibert Related Listmania! Add your list The King of Comedy For any Bill Cosby Fan or Cosby Show Fan* : A list by sweetvioletkgp3, Loves the Cosby Show and Bill My Desert Island Collection (Comedy) : A list by Jerimy Bass, College graduate Top Ten Bill Cosby CDs : A list by Dean Lindsay, Big Fan Everything's Coming Up Cosby : A list by A.Trendl HungarianBookstore.com, I-Spy to Fat Albert to Cosby Add your list Related So You'd Like to... Create a guide Be the coolest kid in town cus you listen to good music : A guide by Steven Faulkner, i only hear good music, i am deaf to other crap be a monkey expert : A guide by Andrea Booth, Evil Monkey Genius buy me a present : A guide by Chlokie, birthday haver Stock your bachelorette-pad kitchen : A guide by Bear Huntdance, Bachelorette and Thrifty Gourmet write a "So You'd Like to . . ." Guide for Cutting Boards : A guide by Harris Elleberg, Hardwood Critic, Chef Inferiore Know the bestselling books of all time? : A guide by ep123, Reader of books Become me for a day (2004 edition) : A guide by Diane Aguilar, still an expert at being myself have a laugh or two. : A guide by R. Glover, One who likes a good spoof and nutty humor Create a guide Where's My Stuff? Track your recent orders . View or change your orders in Your Account . Shipping & Returns See our shipping rates & policies . Return an item (here's our Returns Policy ). Need Help? Forgot your password? Click here . Redeem or buy a gift certificate. Visit our Help department . Search All Products Books Popular Music Music Downloads Classical Music DVD VHS Apparel Yellow Pages Restaurants Movie Showtimes Toys Baby Computers Video Games Electronics Camera & Photo Software Tools & Hardware Office Products Magazines Sports & Outdoors Outdoor Living Kitchen Jewelry & Watches Beauty Gourmet Food Beta Musical Instruments Health/Personal Care Pet Supplies Travel Books Cell Phones & Service Outlet Auctions zShops Everything Else Scientific Supplies Medical Supplies Indust. Supplies Automotive Home Furnishings Lifestyle Arts & Hobbies for Top of Page Amazon.com Home | Directory of All Stores Our International Sites: Canada | United Kingdom | Germany | Japan | France  | China Contact Us | Help | Shopping Cart | Your Account | Sell Items | 1-Click Settings Investor Relations | Press Releases | Careers Conditions of Use | Privacy Notice © 1995-2005, Amazon.com, Inc. or its affiliates
Birthday Present
Math Forum: Ask Dr. Math FAQ: The Birthday Problem -- Ask Dr. Math: FAQ The Birthday Problem Dr. Math FAQ || Classic Problems || Formulas || Search Dr. Math || Dr. Math Home Suppose you flip a coin and bet that it will come up tails. Since you are equally likely to get heads or tails, the probability of tails is 50%. This means that if you try this bet often, you should win about half the time. What if somebody offered to bet that at least two people in your math class had the same birthday? Would you take the bet? This question is more complicated than flipping a coin, because the chance of finding two people with the same birthday depends on the number of people you ask. If there were only one other person in your math class, you might be surprised to find out that she had the same birthday as you. If there were a pair of people with the same birthday in a class of 366 people, would you still be surprised? How large must a class be to make the probability of finding two people with the same birthday at least 50%? Let's forget about leap year when we solve this problem (no February 29 birthdays!) This way, we can assume that a year is always 365 days long. We'll start by figuring out the probability that two people have the same birthday. The first person can have any birthday. That gives him 365 possible birthdays out of 365 days, so the probability of the first person having the "right" birthday is 365/365, or 100%. The chance that the second person has the same birthday is 1/365. To find the probability that both people have this birthday, we have to multiply their separate probabilities. (365/365) * (1/365) = 1/365, or about 0.27%. Now, what about three people ? The chance of the first and second person sharing a birthday is still 1/365. The first and third person might share a birthday instead. The probability of that is 1/365 as well. But what if the second and third person shared a birthday? And what if all three of them had the same birthday? Things are getting complicated fast. Four or five people would be even messier. Is there a simpler way? To solve the birthday problem, we need to use one of the basic rules of probability: the sum of the probability that an event will happen and the probability that the event won't happen is always 1. (In other words, the chance that anything might or might nothappen is always 100%.) If we can work out the probability that no two people will have the same birthday, we can use this rule to find the probability that two people will share a birthday: P(event happens) + P(event doesn't happen) = 1 P(two people share birthday) + P(no two people share birthday) = 1 P(two people share birthday) = 1 - P(no two people share birthday). So, what is the probability that no two people will share a birthday? Again, the first person can have any birthday. The second person's birthday has to be different. There are 364 different days to choose from, so the chance that two people have different birthdays is 364/365. That leaves 363 birthdays out of 365 open for the third person. To find the probability that both the second person and the third person will have different birthdays, we have to multiply: (365/365) * (364/365) * (363/365) = 132 132/133 225, which is about 99.18%. If we want to know the probability that four people will all have different birthdays, we multiply again: (364/365) * (363/365) * (362/365) = 47 831 784/ 48 627 125, or about 98.36%. We can keep on going the same way as long as we want. A formula for the probability that n people have different birthdays is ((365-1)/365) * ((365-2)/365) * ((365-3)/365) * . . . * ((365-n+1)/365). If you know permutation notation, you can write this formula as (365_P_n)/(365^n). That's the same as 365! / ((365-n)! * 365^n). We've made some progress, but we still haven't answered the original question: how large must a class be to make the probability of finding two people with the same birthday at least 50%? We know that the probability of finding at least two people with the same birthday is 1 minus the probability that everybody has a different birthday, and we know how to find the probability that everybody has a different birthday for any number of people. The easiest way to find the right class size is to use a calculator to try different numbers in the formula. It turns out that the smallest class where the chance of finding two people with the same birthday is more than 50% is... a class of 23 people . (The probability is about 50.73%.) From the Dr. Math archives: Probability Theory: Coincidental Birthday Probability of the Same Birthday within a Group Birthday Probabilities Three Share a Birthday The Birthday Problem; Queuing at a Bank Birthday Probability, Class of 25 One Person of Seven Born on Monday Odds of Left-Handedness in a Group From the Web: The Birthday Problem: A short lesson in probability , George Reese A Java applet that you can use to test different class sizes (it works better with small classes) and graphs of the probability for different numbers of people. The Law of Small Errors , Keith Devlin The birthday problem, and related questions - what's the probability that someone will have your birthday? Birthday Surprises, Ivars Peterson Birthday Problem, Eric Weisstein's World of Mathematics Coincidence, Alexander Bogomolny How to Read Mathematics, Shai Simonson and Fernando Gouveau This article uses an explanation of the birthday problem as an example. An Introduction to Mathematica and the "Birthday Problem," Louie Beuschlein For a general review of probability: Probability, Dr. Math FAQ Probability in the Real World, Dr. Math FAQ - Ursula Whitcher, for the Math Forum Submit your ownquestion to Dr. Math [ Privacy Policy ] [ Terms of Use ] Math Forum Home || Math Library || Quick Reference || Math Forum Search Ask Dr. Math ® © 1994-2005 The Math Forum http://mathforum.org/dr.math/