Lab on measuring the inertial mass

In summary, the conversation discusses a lab on measuring inertial mass using gravitation masses of 100g, 200g, 300g, and 400g. The process involved using ticker tape to find the acceleration and possibly a formula to find the inertial masses. However, more information is needed to fully understand the experiment, such as the type of trajectory the masses were following.
  • #1
F.B
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Ok we just did a lab on measuring the inertial mass. This is going to be really hard for me to explain but i'll try. Anyways here's the problem the gravitation masses are given to us.The are 100g, 200g, 300g and 400g. We also have to use ticker tape and we ended up finding the acceleration by finding the velocity and so on. Is there a formula or something that I am completely forgetting that helps us find the inertial masses. If anyone needs anymore information i'll post it but please try to help me I am really confused.
 
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  • #2
Speaking for myself: I need more info to get what's going on.

First of all, what kind of a trajectory are these masses following? Are they dropping straight down in free fall? Are they sliding down an inclined plane?
 
  • #3
We placed those weights of 100g into a cart that's 100 g. Then used dropped a standard mass with a pulley on the edge of a desk and let it fall to determine the acceleration from the ticker tape. The standard mass is 20 g
 

Related to Lab on measuring the inertial mass

What is a "Lab on measuring the inertial mass"?

A "Lab on measuring the inertial mass" is a laboratory experiment or activity that involves measuring the inertial mass of an object. Inertial mass is a measure of an object's resistance to change in motion, and is often used interchangeably with the term "mass". In this lab, various methods and techniques can be used to determine the inertial mass of an object.

Why is it important to measure inertial mass?

Measuring inertial mass is important because it allows us to understand the behavior and properties of objects in motion. It is a fundamental concept in physics, and is used in many scientific fields such as mechanics, engineering, and even astronomy. Understanding inertial mass can help us make predictions about an object's motion and how it will interact with other objects.

What equipment is needed for a lab on measuring inertial mass?

The equipment needed for a lab on measuring inertial mass may vary depending on the specific experiment, but some common tools include a balance or scale, a stopwatch or timer, and objects of known mass. Other equipment such as rulers, spring scales, and data collection devices may also be used depending on the setup of the lab.

What are some methods for measuring inertial mass in a lab?

There are several methods that can be used to measure inertial mass in a lab, including direct measurement using a balance or scale, measuring the force required to accelerate an object, and using the period of oscillation of a pendulum to determine mass. Each method has its own advantages and limitations, so it is important to choose the most appropriate method for the specific experiment.

How can measuring inertial mass be applied in real life?

Measuring inertial mass has many real-life applications, including in the fields of transportation, sports, and even space exploration. The understanding of inertial mass allows us to design vehicles and equipment that can safely and efficiently transport people and goods. In sports, knowing the inertial mass of an object can help athletes improve their performance and technique. In space exploration, measuring the inertial mass of objects such as planets and satellites is crucial for understanding their orbits and movements.

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