कैलकुलेट द फोर्स अप्लाइड ऑन ए बॉडी प्रोड्यूजिंग ए मोमेंट ऑफ 416 एंड सर्च दैट द परपेंडिकुलर डिस्टेंस बिटवीन द पॉइंट ऑफ एप्लीकेशन ऑफ हॉर्स एंड द टर्निंग पॉइंट 80 सेंटीमीटर
Answers
Explanation:
The opposite process, a liquid becoming a solid, is called solidification. For any pure substance, the temperature at which melting occurs—known as the melting point—is a characteristic of that substance. It requires energy for a solid to melt into a liquid.
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Answer:
Answer:
20N
Explanation:
Given :
Moment of force is 16Nm that a perpendicular distance between the point of application of force and the turning point is 80 cm
To Find :
Force = ?
Solution :
The moment formula is given by
Moment of force = F x d
Here,
F is the force applied,
d is the distance from the fixed axis,
Moment of force = 16Nm.
Distance between the point of application of force from and the turning point is = 80cm = 0.8m. [1cm = 1/100]
\sf{}Moment\ of\ force(F)=Force(f)\times Distance\ from\ the\ fixed\ axis(d)Moment of force(F)=Force(f)×Distance from the fixed axis(d)
\sf{}Force(f)=\dfrac{Moment\ of\ force(F)}{Distance\ from\ the\ fixed\ axis(d)}Force(f)=
Distance from the fixed axis(d)
Moment of force(F)
\sf{}\implies f=\dfrac{F}{d}⟹f=
d
F
\sf{}\implies f=\dfrac{16}{0.8}⟹f=
0.8
16
\sf{}\therefore f=20N∴f=20N
Therefore, the force applied on the body is 20N.