What is the main aim of studying kinematics

to develop sophisticated mental models that serves to describe the motion of real world objects

Explanation:

It has its use in every machinery.

It has its use in every machinery.We come to know about the various types of combination of links available to achieve certain kind of motion as an output from an Input motion (generally rotary from the motor).

It has its use in every machinery.We come to know about the various types of combination of links available to achieve certain kind of motion as an output from an Input motion (generally rotary from the motor).We come across the famous mechanisms, which together constitute to make a big machinery. All the machines which are used are made of many small mechanisms, which we study in KOM with all details and technicalities.

It has its use in every machinery.We come to know about the various types of combination of links available to achieve certain kind of motion as an output from an Input motion (generally rotary from the motor).We come across the famous mechanisms, which together constitute to make a big machinery. All the machines which are used are made of many small mechanisms, which we study in KOM with all details and technicalities.We achieve mechanical benifits in our machines by handling the maximum and minimum angles between links to get a rupture free motion.

It has its use in every machinery.We come to know about the various types of combination of links available to achieve certain kind of motion as an output from an Input motion (generally rotary from the motor).We come across the famous mechanisms, which together constitute to make a big machinery. All the machines which are used are made of many small mechanisms, which we study in KOM with all details and technicalities.We achieve mechanical benifits in our machines by handling the maximum and minimum angles between links to get a rupture free motion.Other advantages are achieving quick return mechanisms in the shapers, knowledge about gear making and its kinematics, and sunthesis of machines.

It has its use in every machinery.We come to know about the various types of combination of links available to achieve certain kind of motion as an output from an Input motion (generally rotary from the motor).We come across the famous mechanisms, which together constitute to make a big machinery. All the machines which are used are made of many small mechanisms, which we study in KOM with all details and technicalities.We achieve mechanical benifits in our machines by handling the maximum and minimum angles between links to get a rupture free motion.Other advantages are achieving quick return mechanisms in the shapers, knowledge about gear making and its kinematics, and sunthesis of machines.All the machines that are working in present days are gifts of Kinematics of machinery. From tripper dumper, to vehicle engines, to car wind shield wiper etc.. etc..

It has its use in every machinery.We come to know about the various types of combination of links available to achieve certain kind of motion as an output from an Input motion (generally rotary from the motor).We come across the famous mechanisms, which together constitute to make a big machinery. All the machines which are used are made of many small mechanisms, which we study in KOM with all details and technicalities.We achieve mechanical benifits in our machines by handling the maximum and minimum angles between links to get a rupture free motion.Other advantages are achieving quick return mechanisms in the shapers, knowledge about gear making and its kinematics, and sunthesis of machines.All the machines that are working in present days are gifts of Kinematics of machinery. From tripper dumper, to vehicle engines, to car wind shield wiper etc.. etc..Finally the analysis move ahead to velocity and acceleration of mechanism links, which give us a great knowledge of its possible use.

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answer: the rock sample is a sedimentary rock.

explanation:

it is given that:

mass of rock sample, m = 2.7 g

volume of rock sample,

so, density of rock sample will be

since, the density of rock sample is . hence, the rock sample is a sedimentary rock, whose densities varies between .

-first use of geothermal energy occurred more than 10,000 years ago in north america by american paleo-indians

-the first industrial use of geothermal energy began near pisa, italy in late 18th century

-in 1904, italian scientist piero ginori conti invented the first geothermal electric power plant in which steam was used to generate the power

-with the above experiment, the first geothermal plant in usa started in 1922 with a capacity of 250 kilowatts

-however, in 1946 first ground-source geothermal heat pump installed at commonwealth building in portland, oregon

-during the 1960’s, pacific gas and electric began operation of first large scale geothermal power plant in san francisco, producing 11 megawatts

-in 1973, when oil crisis began many countries began looking for renewable energy sources and by 1980’s geothermal heat pumps (ghp) started gaining popularity in order to reduce heating and cooling costs

-as effect of climate change started showing results, governments of various countries joined hands to fight against it, for which kyoto protocol was signed in japan in 1997, laid out emission targets for rich countries and required that they transfer funds and technology to developing countries, 184 countries have ratified it

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