an object of mass 689 kg has an acceleration a 129 ms2 x 0626 ms2 y three forces act on this obj

Name: an object of mass 689 kg has an acceleration a 129 ms2 x 0626 ms2 y three forces act on this object f 1 f 2and f 3given that f 1327 n x and f 2 175 n x187 n y find f 3 24964
Uploaded: 2022-01-29T11:54:58-08:00
Duration: 2 min 5 s
Channel: Lalan P
Description: an object of mass 689 kg has an acceleration a 129 ms2 x 0626 ms2 y three forces act on this object f 1 f 2and f 3given that f 1327 n x and f 2 175 n x187 n y find f 3 24964

Step 1: Calculate the total force acting on the object using the formula F = ma, where F is the

Question

An object of mass 6.89 kg has an acceleration $vec{a} = (1.29 ext{ m/s}^2)hat{x} + (-0.626 ext{ m/s}^2)hat{y}$. Three forces act on this object: $vec{F}_1$, $vec{F}_2$, and $vec{F}_3$. Given that $vec{F}_1 = (3.27 ext{ N})hat{x}$ and $vec{F}_2 = (-1.75 ext{ N})hat{x} + (1.87 ext{ N})hat{y}$, find $vec{F}_3$.

          An object of mass 6.89 kg has an acceleration $vec{a} = (1.29 	ext{ m/s}^2)hat{x} + (-0.626 	ext{ m/s}^2)hat{y}$. Three forces act on this object: $vec{F}_1$, $vec{F}_2$, and $vec{F}_3$. Given that $vec{F}_1 = (3.27 	ext{ N})hat{x}$ and $vec{F}_2 = (-1.75 	ext{ N})hat{x} + (1.87 	ext{ N})hat{y}$, find $vec{F}_3$.

Added by Mireia M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Lalan P

01/29/2022

Step 1

Given: m = 6.89 kg a = 1.29 m/s² i - 0.626 m/s² j Total force = m * a Total force = 6.89 kg * (1.29 i - 0.626 j) Total force = 8.88 i - 4.31 j Show more…

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An object of mass 6.89 kg has an acceleration $vec{a} = (1.29 ext{ m/s}^2)hat{x} + (-0.626 ext{ m/s}^2)hat{y}$. Three forces act on this object: $vec{F}_1$, $vec{F}_2$, and $vec{F}_3$. Given that $vec{F}_1 = (3.27 ext{ N})hat{x}$ and $vec{F}_2 = (-1.75 ext{ N})hat{x} + (1.87 ext{ N})hat{y}$, find $vec{F}_3$.