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One day kiefkiuh had 40 dollars to share with his 19 other friends. How much will each person get if you divide the money evenly?

Solution:
50 cents yeaaahhhhh

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Cam Newton wants to get 800 cookies and divide them equally among nine people how many does each get.

Answer 88 8/9

88x9 equals 792 so you subtract that from 800 and you get 8 so it is 88 8/9

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Odell Beckham JR. has 5 bags of Halloween candy he has 3 friends. How much candy does each friend get?

Solution. each friend get 1 1/2 of the Halloween candy.

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Mr.Bob has fourteen cupcakes. He has to share the fourteen cupcakes with twenty-eight students. How much of of a cupcake would each student get?

solution/answer:
28/2=14 each student will get half a cupcake.

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Cookies and cookie targeting is a topic that sometimes arises when planning campaigns with our clients. Cookies are often maligned, but their origins are innocuous. Let's learn a little bit about what cookies are and how they work, and explore how they may be used in an online advertising campaign.

The reason cookies exist has to do with how Hypertext Transfer Protocol, or HTTP, works. Type in the URL of your favorite website and you, or rather your browser, are actually sending a request message to the web server behind that website. The web server sends a response message (the data of the website itself) in return and then your browser will disconnect. It became evident in the early days of the web browser that such a constantly disconnecting/reconnecting system (the term is "stateless") would make many online behaviors that are today ubiquitous quite difficult. For example, remaining logged in on a website when you return to it after surfing elsewhere, or saving items in a shopping cart while you comparison shop on another site. In 1994 an engineer at Netscape named Lou Montulli* wrote the original specification for a mechanism to save a user's state, which he termed a "cookie."

*web designers should know that Montulli also created the infamous <blink> tag

What Exactly Are Cookies?

Cookies are simply a text file that a web server stores on a computer's hard drive. They are information, not programs: thus they cannot contain viruses. A site like NYTimes.com, for example, places a unique ID cookie to recognize if a user without a subscription has viewed their quota of free articles for the month and redirect them to a subscription page accordingly. Looking at the cookies that NYTimes has placed on my machine, I see the following:

Cookies like this are commonly used to remember settings including location settings, log-in information, shopping cart items, "related article" links, and many other useful functions that improve user experience. Cookies can also provide the website owner with analytics data and trends and can be used for advertising targeting techniques.

How Cookies Are Used Today

Twenty years after Montulli's invention, cookies are central to many forms of Internet advertising. At their simplest, cookies help advertisers measure and limit frequency (the number of times an ad is seen by a specific user). In their most advanced form, cookies provide the data needed for complex behavioral targeting techniques.

While the security settings of the major browsers prohibit one site from reading the cookies set by another site, many sites contain third party cookies that are present across many sites and can be read by the same third party. For example, NYTimes.com has also placed a cookie on my machine from scorecardresearch.com, which has its own UID:

Score Card Research is a market research firm owned by ComScore. Other third party cookies on my browser from NYTimes.com include cookies from DoubleClick, which is Google's ad network, and Revenue Science, a behavioral targeting company. These third party cookies enable cross-site profiling, in which an anonymized user is placed into various demographic buckets and market segments. Even more valuable insights can be made when data is collected on users that have actually bought certain items or made donations to causes or campaigns. While cookies aren't the sole source of data for modern behavioral marketing, they are the most ubiquitous.

Cookie data can be matched with offline data (such as that gleaned by companies like Acxiom) to create very specific audiences. To target voters, you must start with a cookie pool and then match that pool to offline data files that contain your target universe (identified via a targeting model). A typical match rate may be 30-40%, with the level of precision inversely correlated to the number of variables filtering the audience.

Critique and Alternatives

At Blueprint, we typically use cookies to remarket ads back to users who have visited a landing page or have seen a pre-roll video. We know this to be a successful piece of a comprehensive campaign. Using cookies for either behavioral targeting or for voter file matching can also be successful at times. However, we have found that our clients are often better served by alternative techniques, specifically IP targeting and social media targeting. The reasons for this boil down to four categories: cost & reach, temporality, cross-device, and mobile issues.

Cost & Reach Issues

Political advertisers must compete with some of the largest marketers in the world (think Proctor and Gamble, Citibank, etc.) for access to the same pool of cookies. In addition to this, the typical match rate for cookies is around 30-40%, which is reduced even further as additional variables are added and can result in a very expensive set of data. In comparison, IP targeting can get a match rate of 90%+ and the IP data does not command the same price premium.

Temporality Issues

Cookies are mortal - they expire automatically after a few months, and are erased fairly frequently by users (or else blocked entirely by the user or the browser). IP targeting is better in this regard as IP addresses change far less frequently. Social data is even better as it relies on user profiles which rarely change if at all.

Cross-Device Issues

Cookies don't automatically translate across devices or even browsers, as they reside on the browser and machine they were placed on. Social media advertising, which was built with user identification in mind via user profiles, eliminates this and is part of the reason why some of the biggest Internet companies are developing their own proprietary UIDs, separate from cookies, to track users across platforms. Check out Amy's blog on multivariate exact matching for more on how targeting on social works.

Mobile Issues

Many mobile browsers (including Apple's mobile Safari, the stock browser on the iPhone) prohibit third party cookies. Mobile browsers usually automatically clear cookies when the app is closed, resulting in much shorter cookie lifespans on mobile. Thus, mobile is better served via social or other more traditional targeting techniques such as geo and whitelists.

Conclusion

Just as cookies aren't the terrifying and malicious bits of code you thought they were, they also aren't a panacea for digital targeting. Cookies will continue to be an important part of how the Internet works, but their limitations will persist and likely only grow as mobile becomes the primary means of online communication.

If all this discussion of cookies has made you hungry, check out Annette's recipe for Chocoloate Chip Cookies!

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Cookies and cookie targeting is a topic that sometimes arises when planning campaigns with our clients. Cookies are often maligned, but their origins are innocuous. Let's learn a little bit about what cookies are and how they work, and explore how they may be used in an online advertising campaign.

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Alabama scored 2 touchdowns and Tennessee scored one. By the end of the game by how much points is Alabama winning by? The answer is 28 points because one touchdown plus the extra point is 7 points so Tennessee has 28 points and Alabama has 56 points.

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Mr. blaballabba has 4 dollars, he has 8 friends. How much money does each friend get?

Solution. each friend gets 50 cents.

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In the first half Alabama scored 2 touchdowns. By the end of the game Alabama scored three times as much. How many points did Alabam

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Lily has five strawberries. She shares them with 2 more friends. How many strawberries does each person get?

Answer: Each person would get 1 2/3 strawberries

Number sentence: 5 ÷ 3 = 5/3 or 1 1/3

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Problem:
Ralph is having a birthday cake. 12 kids are coming to the party. If each person wants cake how much of the cake does each cild get. No one can get seconds.  :(

Answer:
1/13 because ralph+his friends = 13

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CUPCAKES

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In the first half

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If Joe has 23 pieces of cookies and 7 friends, including himself, to give them out to. How many cookies does each person get?

Solution:
Each person gets 3 pieces with 2 pieces left.
The number model is 23÷7=3 r 2 or
3 2/7.

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Bob has 3 chickens and he wants to divide them evenly among 5 friends. How much would each person get?

Answer:  3/5

Number Sentence: 3÷5=3/5

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Marshawn Lynch has 8  of bags Skittles  He wants to eat them before the Super Bowl but He has to share with 3 of his teammates how many can each teammate get.

Answer is 2 2/3.

Solution is 3x2 equals six and you have two left over so you would get 2/3 of the other bags

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Bobby has 124 cookies and he wants to share  them among him and five friends equally. How many cookies can each person get.

Answer: 20 1/6

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Jane has 6 pieces of candy, which she wanted to share with herself and 4 more friends. How many pieces of candy will each person get?

Answer: Each person will get 1 1/5 pieces of candy
Number sentence: 6÷5 = 6/5 = 1 1/5

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Maya has 12 watermelon slices  and 3 friends. How many slices of watermelon will each person get???

Answer : 3 because you divide 12/4=3

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Fraction : 1/2
division number sentence:3/6=1/2

Number story : Martha has 3 bags of food and 6 puppies. How much food does each dog get ??

Answer:1/2

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Bob has to split 117 pieces of Halloween candy between him and 8 of his friends. How many pieces of candy would each person get?

Solution:
Each person would get 13 pieces of candy. The number model would be 117 divided by 9 = 13.

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Gabby has 1000 toys to give out to the charities there are 6 charities. How many toys will go to each charities?

Answer: 166 because 6 times 166 is 996 and there is 4 more toys left but if we give it to 4 charities there will be 2 charities left and it needs to be even

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Grace is having a pizza party with 9 of her friends. Grace has 5 pizzas and she wants to split them between her and her 9 friends. How much pizza will each person get?

Answer: Everybody will get 1/2 of a pizza because there are 10 girls and 5 pizzas and 10 divided by 5 is 2 so each person gets 1/2 of the pizza.

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Bobby won the coin toss
He got to ride a panda.
Unfortunately there were 6 kids plus Bobby but there was 5 pandas. How

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Sam and Bobushkayoiu were sharing a chicken wing thing. It had 13 chicken wings in the thing. How can you make it so that each dragon person mutant can share the thing evenly?

SOLUTION:
Number model 13 divided by 2 you can get this numbermodel  by taking away thelast  one of thirteen becauseit  is an odd number. So now you have twelve which you can split inhalf  into six. Now we can divide the last chicken wing by slicing it with a bonesaw and the answer is six and a half
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One day Sam and Bob were sharing a chicken wing platter

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At a soccer final the coach brought a cake because we won. The cake had had 16 slices but there was 20 of us. How much cake would each person get?

ANSWER:
Each person would get 4/5 of the cake.
SOLUTION:
You multiply 16/1 by 1/20 and you get 16/20. Then you reduce it to 4/5. Everyone enjoyed their cake and went on to win many more soccer games.

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Mary ordered 2 pizzas for her birthday party. She wants two split the pizza with 24 friends. How much of a pizza does each of her friends get?

Answer: 1/12 because 1 pizza would be enough for 12 friends so if there are 2 each person would get 1/12 of a pizza

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Mike had 6 apples. He had to share them with Mario and Broes. how many apple slices did they get? answer 2. # ALL THE INSURANCE .