320 joules of work were done by a force of 80 newtons. over what distance was the force applied?
320 Joules Of Work Were Done By A Force Of 80 Newtons. Over What Distance Was The Force Applied?
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320 Joules Of Work Were Done By A Force Of 80 Newtons. Over What Distance Was The Force Applied?. 320 joules of work were done by a force of 80 newtons. The formula for calculating work is:
Equation For Distance Force And Work Done from kropomjfhstudy.z14.web.core.windows.net
Over what distance was the force applied? A series of free gcse/igcse physics notes and lessons. Calculate work done by a force acting on a force.
\(F\) Is The Force In Newtons (N), \(J\) Is The Energy In Joules (J), \(D\) Is The Distance In Meters (M) Over Which The Work Is Performed.
In physics, work done refers to the energy transferred when a force moves an object over a distance. To calculate the work done, multiply the force applied by the distance over which it acts. The following diagram gives the formula for work done by a force.
A Series Of Free Gcse/Igcse Physics Notes And Lessons.
Over what distance was the force applied? Click here 👆 to get an answer to your question ️ 7 320 joules of work were done by a force of 80 newtons. Calculate work done by a force acting on a force.
Multiply The Force By The Conversion Factor To Get That Force Expressed In Newtons, And Divide Newtons By That Factor To Convert Newtons Into That Alternate Unit Of Force.
To find force or distance, rearrange the formula accordingly (f = w/d or d = w/f). Work (w) = force (f) × displacement (d) × cos. Over what distance was the force applied?
320 Joules Of Work Were Done By A Force Of 80 Newtons.
80m 44m 40 🚀 upgrade The formula for calculating work is: Over what distance was the force applied?
320 Joules Of Work Were Done By A Force Of 80 Newtons.