Please help fill in with correct answer. Use the simulation please.

Radio Waves Name Lab Procedure - Answer questions in red. Download and run the Java simulation "radio-waves_en". Transmentor Movement Wiggle the Fiaid Crasia, Ties Curve with vectors O Curve ")Chootron positions II . 1. Set the "Field Display Type" to Curve with Vectors. Set the "Field Sense" to Electric Field. Set the "Field Displayed" to Radiated Field. Using both "Manual" and "Oscillate" settings in the "Transmitter Movement" box, study the behavior of the electric fields generated, and the movement of the electrons in both the sending and receiving antennas. 3. Using the simulation, adjust the transmitter so that it is in oscillate mode and the electrons are oscillating up and down at a regular frequency. This is how radio waves are broadcast. Set it so that both "curve with vectors" and the "radiated field" boxes are checked. a) Which statements are correct? Write your answer down. The line of electrons being sprayed off of the antenna that then cause the receiver electron to move. The path that an electron will follow in the receiving antenna is due to the electromagnetic wave. The electrons moving up and down in the transmitted antenna produce the waves The field of negative charges that are moving through space are what is received by the receiving antenna. The strength and direction of the force exerted by the electromagnetic wave on the electrons in the receiving antenna cause them to move. b) With the frequency set at three quarters of the slider to the right, and the amplitude set at about one quarter of the slider, what is the wavelength of the wave produced? Since there is no scale, assume that the distance between each displayed electric field vector is 1 m