Question

Derive the relationship between a Newton and a dyne.​

Answer 1

$\bigstar{\fbox{\mathfrak{\purple{\large{Answer:-}}}}}$

$\sf{\green{1Newton \: = {10}^{5} Dyne}}$

$\sf{\green{Force = mass \times acceleration}}$

$\sf{\green{ Now, 1 Newton = 1kg \times 1m/{s}^{2} }}$

$\sf{\green{And\: 1 Dyne = 1g \times 1cm/{s}^{2}}}$

$\sf{\green{1newton = 1kg \times m/{s}^{2}}}$

$\sf{\green{= 1000g \times 100cm/{s}^{2}}}$

$\sf{\green{{10}^{2} g \times cm/{s}^{2}}}$

$\sf{\blue{ie, 1\: newton= {10}^{5} dyne}}$

Answer 2

Explanation:

$\sf{\green{1Newton \: = {10}^{5} Dyne}}$

$\sf{\green{Force = mass \times acceleration}}$

$\sf{\green{ Now, 1 Newton = 1kg \times 1m/{s}^{2} }}$

$\sf{\green{And\: 1 Dyne = 1g \times 1cm/{s}^{2}}}$

$\sf{\green{1newton = 1kg \times m/{s}^{2}}}$

$\sf{\green{= 1000g \times 100cm/{s}^{2}}}$

$\sf{\green{{10}^{2} g \times cm/{s}^{2}}}$

$\sf{\blue{ie, 1\: newton= {10}^{5} dyne}}$