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​How Many Gifts Do I Get Over the Twelve Days of Christmas?

'The Twelve Days of Christmas' is perhaps one of the most famous and most often sung Christmas carols of all.
It tells the tale of a person receiving gifts from their true love on each of the 12 days following Christmas. They start off on the first day with just one gift—a partridge in a pear tree. On day two, as well as the partridge, they receive two turtle doves. On day three, they also get three French hens on top of the presents already mentioned.
This continues until day 12 when we finish with the following verse:
On the twelfth day of Christmas
My true love sent to me
Twelve drummers drumming
Eleven pipers piping
Ten lords a-leaping
Nine ladies dancing
Eight maids a-milking
Seven swans a-swimming
Six geese a-laying
Five gold rings
Four calling birds
Three French hens
Two turtle doves
and a partridge in a pear tree.
So, just how many gifts are in the 12 days of Christmas? It sounds like quite a bit. Let's find out the exact number.
The gifts received on each of the twelve days of Christmas
Xavier Romero-Frias https://commons.wikimedia.org/wiki/File:XRF_12days.jpg

How Many Gifts Would I Receive Each Day?

​One way to tackle the question of how many gifts you are receiving is to look at how many gifts are being received each day.
On day one, this is simple: just the one gift.
On day two, we get 1 + 2 = 3 gifts.
On day three, we get an additional three gifts on top of day two's three. We receive 3 + 3 = 6 gifts.
On day four, we add four to the previous day's total, getting 6 + 4 = 10.
This continues all the way to 12. For each day, we add that day's number to the tally from the previous day, giving us the totals in the table below.
Day Number
Total Number of Gifts Received on This Day
1
1
2
3
3
6
4
10
5
15
6
21
7
28
8
36
9
45
10
55
11
66
12
78

The Total Number of Gifts Received

By adding up each of the numbers in the 'Total number of gifts received' column, we find we receive a whopping 364 presents in total. That's only one short of a gift a day for an entire year.

The Mathematics Behind the Totals

The number of gifts given each day follows an interesting mathematical pattern. Let's take a closer look.
Day 1 - 1
Day 2 - 1 + 2 = 3
Day 3 - 1 + 2 + 3 = 6
Day 4 - 1 + 2 + 3 + 4 = 10 and so on.
This sequence, 1, 3, 6, 10, 15, 21, … , where the amount being added increases by one each time, is known as the triangular numbers, so called because we can create triangles by having 1 dot in the top row, 2 dots in the second row and so on as in the image below.
The first six triangular numbers
Melchoir - Wikimedia Commons

​Tetrahedral Numbers and the Twelve Days of Christmas

We get another interesting sequence of numbers if we keep a running total of all of the gifts received up to and including each day. Take a look at the table below. In this table, as well as the number of gifts received each day, I have also put a running total in the right-hand column by adding together all of the numbers up to and including that day.
Day Number
Total Number of Gifts Received on This Day
Total Number of Gifts Received By This Day
1
1
1
2
3
4
3
6
10
4
10
20
5
15
35
6
21
56
7
28
84
8
36
120
9
45
165
10
55
220
11
66
286
12
78
364
The numbers appearing in the right-hand column form a sequence known as the tetrahedral numbers. Just like the triangular numbers are so called as they form triangles, the tetrahedral numbers are how many spheres (balls) are needed to make a tetrahedron (otherwise known as a triangular-based pyramid).

What About the Total Number of Each Gift?

We have seen so far that, at the end of the 12 days, we have a grand total of 364 gifts. We have also seen how many gifts we receive each day and how many gifts we will have received in total up to each day. But what about how many of each type of gift?
The partridge in the pear tree is easy. We get one of these on each of the twelve days; hence, we end up with 1 × 12 = 12 partridges in pear trees.
We receive two turtle doves on each day apart from the first day, making 11 days, and so receive 2 × 11 = 22 turtle doves.
We receive three French hens on each day apart from the first two days, making 10 days and so receive 3 × 10 = 30 hens.
This continues following the same pattern; as the day number increases by one, the number of times it is gifted decreases by one. Mathematically, this can be represented as so:
For a gift that is first received on the nth day:
Total number = n × (13 − n)
Using this formula, the total number of each gift has been calculated in the table below. You can see that the numbers form a pleasingly symmetrical pattern.

The Totals of Each Type of Gift

Gift
Calculation
Total Number Received
Partridges in pear tress
1 × 12
12
Turtle doves
2 × 11
22
French hens
3 ​× 10
30
Calling birds
4 ​× 9
36
Gold rings
5 ​× 8
40
Geese a-laying
6 ​× 7
42
Swans a-swimming
7 ​× 6
42
Maids a-milking
8 ​× 5
40
Ladies dancing
9 ​× 4
36
Lords a-leaping
10 ​× 3
30
Pipers piping
11 ​× 2
22
Drummers drumming
12 ​× 1
12

​364 Gifts in 12 Days!

So there we have it. Over the 12 days of Christmas, your true love has given you a total of 364 gifts which includes a incredible 42 geese and, stranger still, 30 leaping lords!
​What do you think? Add your comments below.
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  • Home
  • Algebra
    • Algebraic expressions
    • Algebraic equations
    • Expanding brackets
    • Index notation
    • Inequalities
    • Quadratic equations
    • Sequences
    • Simultaneous equations
    • Straight line graphs
    • Substitution
  • Shapes, space and measures
    • Angles
    • Circles
    • Circle theorems
    • Compound measures
    • Construction
    • Distance/speed-time graphs
    • Length, area and volume
    • Metric and Imperial conversions
    • Metric units of measurement
    • Proof
    • Pythagoras' Theorem
    • Scale factors, similarity and congruence
    • Symmetry and reflection
    • Time
    • Trigonometry
  • Number
    • Primary Addition and Subtraction
    • Addition and subtraction
    • Basic number work
    • BODMAS/PEMDAS/BIDMAS
    • Compound percentage change
    • Decimals
    • Factors and Multiples
    • Fractions
    • Fractions, decimals and percentages
    • Money
    • Multiplication and division
    • Percentages
    • Ratio and Proportion
    • Rounding and estimating
    • Standard form
  • Statistics and Probability
    • Averages and the Range
    • Box plots
    • Collecting data
    • Pie charts
    • Probability
  • More
    • Starters >
      • Puzzles and riddles
      • Maths Wordsearches
      • More Maths Lesson Starter Ideas
    • Christmas Maths Activities
    • Maths Articles >
      • Revision and How-To Guides >
        • How do Scale Factors Work for Area and Volume?
        • Edexcel GCSE Maths 2023 Paper 2: The Final Question
        • How to Find the Average From a Frequency Table
        • What Do the Angles in a Polygon Add Up To?
        • How to Integrate by Parts: Calculus Help
        • How to Use Pythagoras' Theorem
        • How to Calculate Compound Percentage Changes
        • How to Find Equivalent Fractions
        • How to Find the Averages and Range From Grouped Data
        • How to Factorise a Quadratic Algebraic Equation
        • How to Expand a Pair of Brackets
        • How to Complete the Square
        • How to Find the Average of a Group of Numbers
        • Hannah's Sweets - Tricky GCSE Question
        • Why Do We Rationalise the Denominator?
        • How to Add, Subtract, Multiply and Divide Fractions
        • How to Answer the 'Impossible' Question on the Edexcel GCSE Maths Paper 2022
        • How to Draw Pie Charts
        • How to Differentiate From First Principles
        • How to Solve Direct Proportion Questions
        • How to Calculate a Percentage of an Amount Using a Decimal Multiplier
        • How to Find the Lowest Common Multiple and Highest Common Factor of Two Numbers
        • How to Write a Number as a Product of Its Prime Factors
        • How to Solve a Quadratic Equation: 3 Methods
        • How To Solve the GCSE Maths Question That's Leaving Parents Stumped
        • How to Multiply Decimal Numbers Without a Calculator
        • Rationalizing the Denominator
      • How Many Gifts Do I Get Over the Twelve Days of Christmas?
      • How to Find the Sum of a Geometric Sequence
      • The Maths Behind A4 Paper
      • The Monty Hall Problem
      • How Do Binary Numbers Work?
      • Rice on a Chessboard
      • How to Prove Pi Equals 2
      • What is the Maximum Score in Ten-Pin Bowling?
      • The Prisoner's Dilemma
      • How Many Socks Make a Pair?
      • Four Interesting Types of Mathematical Numbers
      • How to Add the Numbers 1-100 Quickly
      • What Is the Sum of the Sequence 1, 1/2, 1/4, 1/8, 1/16, ...?
      • Find the Answer to 8×9×10×11×12 Without Using a Calculator
      • How to Prove that the Square root of 2 is Irrational
      • Three Interesting Fractals From Koch, Sierpinski and Cantor
      • How Many Squares Are on a Chessboard?
      • Different Kinds of Prime Numbers
      • How to Do Long Multiplication Using Napier's Method
      • The Handshake Problem
      • Why You Should Always Order the Large Pizza
      • Maximizing the Area of a Rectangle
      • Speed Arithmetic - How to Multiply by 11 Without a Calculator
      • Speed Arithmetic - How to Multiply and Divide by 5 Without a Calculator
      • Pythagoras' Theorem - A Proof
      • How Large Is Infinity?
      • Interesting Facts About Pascal's Triangle
      • Why Does Time Slow Down as You Approach the Speed of Light?
      • Five of History's Most Influential Women in STEM
      • Five More of History's Most Influential Women in STEM
      • How Likely Are You to Hit the Centre of the Archery Target?
      • Find Four Primes Smaller Than 100 Which Are Factors Of 3^32 − 2^32
      • Bertrand's Paradox: A Problem in Probability Theory
      • What Is an Erdős Number?
      • Three of Isaac Newton's Most Important Contributions to the World
      • Mathematical Numbers: What Is 'e'?
      • Hilbert's Paradox of the Grand Hotel: Another Look at Infinity
      • Decreasing the Circumference of Differently Sized Circles: A Counterintuitive Cricket Problem
      • Zeno's Paradox: Achilles and the Tortoise
      • What Are Hexadecimal Numbers?
      • Why Do We Split a Circle Into 360 Degrees?
      • N-bonacci Sequences - Taking Fibonacci Further
      • Being Careful When You Average an Average: A Basketball Problem
      • What Is a Dudeney Number?
      • Every Prime Number Larger Than 3 Is 1 Away From a Multiple of 6: A Proof
      • Why Do Buses Come in Threes?
      • A Quick Way to Solve 1000^2 − 999^2: The Difference of Two Squares
      • What Are Triangular Numbers?
      • What Is the Collatz Conjecture?
      • How to Make a Mathematical Paper Snowflake
      • What Is the Unexpected Hanging Paradox?
      • What Is Pi?
      • Is There a Biggest Prime Number or Do They Continue Infinitely?
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