Vector uses in physics – Calculate motion – Exercise 3868 Post category:Vector Uses in Physics Post comments:0 Comments Exercise Particle velocity varies by the velocity function v⃗(t)=2i⃗−j⃗−10tk⃗\vec{v}(t)=2\vec{i}-\vec{j}-10t\vec{k}v(t)=2i−j−10tk At t = 0 the particle is at the point r⃗(0)=(0,0,100)\vec{r}(0)=(0,0,100)r(0)=(0,0,100) Calculate the equation of motion of the particle. Final Answer Show final answer r⃗(t)=2ti⃗−tj⃗−(5t2+100)k⃗\vec{r}(t)=2t\vec{i}-t\vec{j}-(5t^2+100)\vec{k}r(t)=2ti−tj−(5t2+100)k Solution Coming soon… Share with Friends Read more articles Previous PostVector uses in physics – Calculate motion – Exercise 3874 Next PostVector uses in physics – Calculate velocity and acceleration – Exercise 3866 You Might Also Like Vector uses in physics – Calculate velocity and acceleration – Exercise 3852 March 4, 2019 Vector uses in physics – Calculate velocity and acceleration – Exercise 3844 March 4, 2019 Vector uses in physics – Calculate velocity and acceleration – Exercise 3862 March 4, 2019 Vector uses in physics – Calculate velocity and acceleration – Exercise 3866 March 5, 2019 Vector uses in physics – Calculate motion – Exercise 3874 March 5, 2019 Vector uses in physics – Calculate angle between velocity vector and acceleration vector – Exercise 3878 March 5, 2019 Leave a Reply Cancel replyCommentEnter your name or username to comment Enter your email address to comment Enter your website URL (optional) Δ
Vector uses in physics – Calculate angle between velocity vector and acceleration vector – Exercise 3878 March 5, 2019