5 A particle P is moving with a velocity of 20 ms ' in the same direction as(i) Find the velocity vector of P.[2]At time t= 0s, P has position vector relative to a fixed point O.2(ii) Write down the position vector of P after t s.[2] A particle O has position vector(2...
A particle is moving with a velocity vec(v)=K(yhat(i)+xhat(j)), whe... 03:20 A water fountain on the ground sprinkles water all around it . If the ... 01:51 A boy can throw a stone up to a maximum height of 10 m. The maximum ho... 01:39 A projectile is given an in...
A particle moves with a velocity(5ˆi+3ˆj+6ˆk)m/sunder the influence of a constant force(5ˆi+5ˆj+10ˆk)N. The instantaneous power applied to the particle is View Solution At a given instant of time the position vector of a particle moving in a circle with a velocity...
A positively charged particle moving with a velocity \(V=\vec{Vx_{i}}+\vec{Vy_{j}}\) enters a region with a uniform magnetic field \(\vec{B}\) in the \(-z\) direction. Which of the following statements are true?I. The particle moves in the magnetic field without any change ...
Answer to: A particle moves with a velocity v1 for time t1 and velocity of v2 for time t2 along a straight line. What is the magnitude of average...
15 A particle, P, is moving in a straight line with acceleration a ms-2 at time t seconds,where a=4-3t^2 15(a)2Initially P is stationary.Find an expression for the velocity of P in terms of t.[2 marks]15 (b) When /=2, the displacement of P from a fixed point, O, is 39...
Find the position of the particle. {eq}v\left ( t \right ) \ = \ 1.5\sqrt{t}, \ s\left ( 4 \right ) \ = \ 17 {/eq} s(t) = ___ Motion: Recall that the velocity is the derivative of the position with respect to tim...
<p>To solve the problem, we need to find the general equation for the path of a particle moving with the given velocity vector. Let's break down the solution step by step.</p><p><strong>Step 1: Write the velocity vector</strong> The velocity vector is gi
acceleration.The unit vectors③一⑦are pointing east and north respectively.Initially the particle is at-12m, with velocity ms-';2-322after 4s the particle has velocity ms1.27Find the velocity of the particle at time t and use it to find the time at which the particle is moving north-...
The velocity of the particle is View Solution Knowledge Check A body of mass 10mg is moving with a velocity of 100ms−1. The wavelength of the de Broglie wave associated with it would be A6.626×10−7m B6.626×10−34m C6.626×10−4m D6.626×10−35mSubmit The wavelength of ...