# Get Real Math! Videos

The 34 Get Real Math videos showcase over 40 math skills used in the real world. The videos serve as a capstone after a skill is learned in school to be applied in a real world situation at a manufacturing company. Math skills featured are 3rd grade through high school. The lesson plans were created by math teachers.

## Category: 6

• What does toilet paper have to do with math?
In this video, you will calculate the area of a parent roll of tissue and the area of a roll of toilet paper. Using that information, you can calculate how many rolls of toilet paper can be made each day. 4.MD.3 Apply the area and perimeter formulas for rectangles in real world and mathematical problems. **4.NBT.6 Find whole number quotients. (**With a Calculator?) **5.NBT.6 Find whole number quotients of whole numbers. (**With a Calculator?) 6.NS.2 Fluently divide multi-digit numbers using the standard algorithm. Grades 4, 5, 6

• What does making cheese have to do with math?
In this video, students will determine amounts different cheese varieties necessary to produce an order of shredded cheese blend. 6.RP Understand ratio concepts and use rational reasoning. 7.RP Analyze proportional relationships and use them to solve real-world and mathematical problems.

• What do coupons have to do with math?
In this video, you will see how companies can use sets of actual data to see how accurate their cutting machines are to the correct length. You will find the mean and the deviation of the data.

• What does folding paper have to do with math?
In this video, you will see an example of a linkage that has too much tolerance and is wearing out. You will need to use decimals to calculate minimum and maximum tolerances to find a tolerance that allows the part to work, yet not wear out as quickly.

• What do robots have to do with math? (KI)
In this video, you will look at needing to change dimensions to determine the proper robotic arm to order for a new welding enclosure. A blueprint is provided that you will measure several dimensions which then needs to be turned into a real-world dimension using the blueprint scale. The dimensions then need to be converted from inches to millimeters to determine the type of robotic arm to order.

• What do holes in paper have to do with math? (1)
In this video, you will need to determine how many dies can be created per hour at different rates of speed. Once you know how many more dies, you will need to calculate how those numbers will affect the cost of production.

• What do robots have to do with math? (Georgia-Pacific)
In this video, you will learn about laser guided vehicles and how to program them to work in your company. You will need to calculate distances and angles.

• What does rigging have to do with math?
Understanding the weight of different things is very important for many reasons - safety being one of the main reasons. In this video, students learn how to calculate the weight of a table to determine the appropriate straps to use for rigging the table to move it properly and safely.

• How to use math when applied to cutting metals
Parts of a specified length must be cut from a length of milled metal. In this task, students will determine the number of parts that may be cut.

• What does a SINKING ship have to do with math?
Ship stability is an important area of naval architecture and design. How a ship behaves at sea in a variety of conditions is critical to the safety of crew and cargo. How can we ensure that our ship will float? In this video, you will use a mathematical model for a ship’s center of gravity to determine the stability of the vessel.

• What does dog food have to do with math?
Conveyor systems move products and materials from one area to another. The correct speed of the conveyor is critical to efficiently move product. Too slow and customer orders will not be filled. Too fast and the product may cause a big mess! This video asks students to calculate the correct speed of a Nercon conveyor system used to move dog food.

• What does color have to do with math?
Companies are always trying to find ways to save money while still maintaining the quality of their products. Looking for different sources for raw materials and different types of raw materials are methods procurement staff may use to find a cost savings. Careful calculations and problem solving are necessary when making these decisions. In this video we will investigate a possible new colorant supplier for chair backs and seats at KI.

• What do coffee filters have to do with math?
Manufacturers want to make sure they can make quality products while still being cost efficient. Sometimes there is an opportunity to upgrade a machine, which costs money but still may be more cost effective in the long run. How do companies figure out how much an upgrade will save them? When manufacturers talk about how much product they create per year, how much does that really mean?

• What does good tasting coffee have to do with math?
Manufacturers need to make sure that their products are meeting the buyers’ specifications. In order to ensure quality of their product, they often run tests on samples as they have gathered from their facility. When looking at the data, employees need to make sure that the data is correct and is following the specifications for the product. If the product is not meeting specifications, they must problem solve to figure out why the data is not accurate. 6.SP.2, 6.SP.3, 6.SP.4, 6.SP.5c

• What do canisters have to do with math?
Manufacturers need to make sure that orders get placed but that they don’t make too much extra so that they have to store it in their warehouse. As they make a changeover from one product to another, they need to determine how much they still need to make. Companies also want to make sure that their manufacturing machines are running smoothly, so they need to keep track of how much scrap product is made.

• What do waves have to do with math?
Waves in a body of water are not constant. They often have different lengths, heights and directions. In order to design ships to survive these varied wave conditions, naval architects analyze wave data from bodies of water where the ship will be sailing. In this video, you will be given Lake Michigan wave data to analyze and make inferences about. We are confident you will be able to sail through the mathematics in this video without getting sea sick!

• What does a bracket have to do with math?
When a customer places an order for a product, the customer expects the product that is delivered to be exactly what they ordered. Due to manufacturing variability there will be unplanned differences in the product. Some differences are so slight that they will not impact the performance of the product. Others will be large enough that the product will no longer work for the customer. This video explores how a manufacturer uses math to check for those differences.

• What does a ship have to do with math?
If a ship building company builds a boat that doesn’t float, that business will not be around very long! The use of the discoveries made by the Greek scientist and mathematician, Archimedes is critical to determining a ships ability to float. In this video you will explore a real world application of Archimedes’ discoveries and the mathematics needed to apply them to navel architecture.

• What does injection molding have to do with math?
Companies are always trying to find ways to save money while still maintaining the quality of their products. Looking at data regarding production downtime and how to minimize it can provide a cost savings. Gathering downtime data, interpreting that data and problem solving are necessary when making these decisions. In this video we will investigate data from a new injection molding process that uses different colors for chair backs and seats at KI.