At time t-0 an electron at the origin is subjected to a force that briefly accelerates it in the -z direction, with an acceleration of Se+17 m/s². Before trying to answer the following questions, draw a clear diagram. Location D is at < -27, 0, 0> m. At what time is a radiative electric field first detected at location D? s What is the direction of propagation of electromagnetic radiation that is detected at location D? -X What is the direction of the radiative electric field observed at location D? +y vx What is the magnitude of the radiative electric field observed at location D? 1radl= V/m What is the direction of the radiative magnetic field observed at location D? +y VX What is the magnitude of the radiative magnetic field observed at location D? Braal - 17 Location His at < 0,11, 0> m. At what time is a radiative electric field first detected at location H? s What is the direction of propagation of electromagnetic radiation that is detected at location H? +y ✓✓ What is the direction of the radiative electric field observed at location H? ✓ ✓ What is the magnitude of the radiative electric field observed at location H? 1radl V/m What is the direction of the radiative magnetic field observed at location H? -x What is the magnitude of the radiative magnetic field observed at location H? T

You can apply a much larger bite force with your molars, in the back of your mouth, than with your incisors, at the front of your mouth. Explain why this is so.

when the velocity of muscle lengthening increases the force the muscle can produce: 1.) will increases 2) will stays the same 3) will decreases

What and where is the neutral layer in a beam that supports a load?