A Study on Motion of a Free Falling Body in Kinematic Equation

Priyadharsini, S.

doi:10.22214/ijraset.2018.1431

IJRASET

2018

DOI: 10.22214/ijraset.2018.1431

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A Study on Motion of a Free Falling Body in Kinematic Equation

S. Priyadharsini¹

Abstract: The motion of a free falling object in kinematic equation is studied using its characteristics and strategy. The paper is based on the definition of Newton's law of motion. By appropriate examples, it is shown how to solve a free falling object with the given parameters in kinematic equation. Some sufficient conditions to determine the motion of a free falling object, based on the four kinematic equations are established. Some examples are illustrated to solve the problems.

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Cited by 3 publications

References 7 publications

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Optimization of Impact Resistant Throwable Unmanned Ground Vehicle Using Mathematical Modeling Techniques

Sohail,

Hamza,

Rashid

et al. 2024

MATEC Web Conf.

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Unmanned Ground Vehicles are used for various reasons. One of them is used in search and rescue operations which are known as Throwable Unmanned Ground Vehicles. It is a type of Unmanned Ground Vehicle which can sustain falls from several meters. Such vehicles are easily deployable, lightweight and impact resistant. Wheels play an important role since they absorb most of the impact. To optimize the performance of such vehicle, mathematical modeling is necessary. In this research paper, the main goal is to model the system mathematically. Parameters like impact forces, elasticity, Young’s modulus and duration of impact depend highly on material properties and structure of wheels. Results show the effect of certain parameters on wheel’s design and materials. For that purpose three materials are chosen PCTPE, carbon fiber, and vulcanized rubber for wheels. Impact forces, and duration of time are plotted against height of fall and diameter of the wheel for these materials.

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Optimization of Impact Resistant Throwable Unmanned Ground Vehicle Using Mathematical Modeling Techniques

Sohail,

Hamza,

Rashid

et al. 2024

MATEC Web Conf.

View full text Add to dashboard Cite

show abstract

Analysis of students critical thinking skills in junior high school on natural sciences based on the difference of learning styles

Aini

Suratno

Asyiah

2020

J. Phys.: Conf. Ser.

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Natural Science is a learning related to everything around us. One of the subject matter in natural science is the motion system that often occurs in daily life. However, some of the students have misconceptions about the motion system. It required the critical thinking skills of the students in understanding the concept to resolve a problem in society. Critical thinking skills is one of the skills that must be possessed by students because of the demands in the 2013 curriculum. Critical thinking skills can be influenced by several factors, one of them is students’ learning style. This study aimed to analyze the critical thinking skills of junior high school on natural sciences based on the differences in learning styles. This study took sample of students in the first, second and third grade of junior high school. In this research, the researcher uses descriptive method. To analyze the data, the researcher used mix methods (qualitative and quantitative). The technique of collecting data uses observation and tests. Observation is used to find out the types of the students’ learning styles, while tests to measure student’s critical thinking skills. The results showed that there were verbal-linguistic learning style (73.0%), logic-mathematic (67.6%), kinesthetic (60.0%), visual-spatial (60.2%), music (62.0%), and interpersonal (61.1%). So, the verbal-linguistic learning style was better than critical thinking skills.

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Dynamic Modelling and Analysis of a Quadrotor Based on Selected Physical Parameters

Idrissi¹,

Annaz²

2020

IJMERR

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A Study on Motion of a Free Falling Body in Kinematic Equation

Cited by 3 publications

References 7 publications

Optimization of Impact Resistant Throwable Unmanned Ground Vehicle Using Mathematical Modeling Techniques

Optimization of Impact Resistant Throwable Unmanned Ground Vehicle Using Mathematical Modeling Techniques

Analysis of students critical thinking skills in junior high school on natural sciences based on the difference of learning styles

Dynamic Modelling and Analysis of a Quadrotor Based on Selected Physical Parameters

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