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Motion Algebra Problems
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Motion algebra problems are some of the most dreaded problems that students have. Motion algebra problems are word problems that ask you to solve distance in motion problems. The formula for motion algebra problems is Distance equals rate times time. Some algebra in motion problems are easy, and other problems are much more complicated.
If you are teaching motion algebra problems and some of your students don't understand, there are some easy problems on the Internet. You can print some easy motion algebra problems from the Internet to help your students get accustomed to the steps needed to solve the problems. Once the students know what the motion algebra problems are asking them to do, they don't have as many problems with this type of math.
The formula to find distance looks like this: d = r t (rate multiplied by time). An example of a motion algebra problem could be something like this: Ted walked at a rate of 2 miles per hour. Ted walked for 3 hours. How many miles did Ted walk? It is solved like this: d = r t d = 2 x 3 d = 6 miles There are motion algebra problems that are more complicated than the example above, but the problems are not really any harder when you understand what the problem is asking. If the student can solve the easy problems they will learn how to solve the more complex problems. Students often get mental blocks to algebra, and these blocks are caused by fear and anxiety.
Motion algebra problems become more complex when the variables increase. An example of two variables in motion problems could be like, Ted, in the problem above could have walked at 2 miles per hour for a certain amount of time and he could have run at 3 miles per hour for a certain length of time. The student would be required to calculate the total distance for the walking and running times.
Another more complex problem could be where two people start at the same place but go in different directions for equal distances. The student would have to solve the distance for each person and add the total distance. Once the student knows the order of operations of all motion algebra problems, they aren't so difficult.