2) from equation,
K = 4*3.14*3.14*m/T
K = 39.4384*2.6/1.6
K = 64.0874 N/m
Spring constant is 64.0874 N/m
Question 6 (1 point) Satellites use breams of EM waves to communicate with devices on Earth....
Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam? Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of...
Question 17 (1 point) Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam? none of these 29 V/m 10. V/m 49 V/m 18 V/m
Question 17 (1 point) Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam? none of these 29 V/m 10. V/m 49 V/m 18 V/m
Question 17 (1 point) Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam? Onone of these 29 V/m 10. V/m O 49 V/m 18 V/m
Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam? 49 V/m none of these 29 V/m 18 V/m 10. V/m
Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam? Question 5 options: 49 V/m none of these 18 V/m 10. V/m 29 V/m
Satellites use breams of EM waves to communicate with devices on Earth. Suppose a particular satellite has a power of 18 kW and sends a focused cone of EM waves toward Earth 4.9x10^2 km away. When the focused beam reaches the Earth, its circular diameter is about 1.3 km. What is the peak electric field strength in this focused beam?
A battery with V = 9.0 volts is connected to two identical but unknown capacitors as in the figure. The charge drawn up from the battery to completely charge up the initially uncharged capacitors was 99 micro C. What is the capacitance of each capacitor C? Question options: 4.4 micro F 11 micro F 5.5 micro F 22 micro F 2.2 micro F Question Protons move clockwise around a circular path of radius 27 cm in a magnetic field of...
Question 21 (1 point) A mass on a spring has a period T = 1.6 seconds and a mass m - 2.6 kg. What is the spring constant of this spring? 6.4 kg/s 64 kg/s none of these 128 kg/s 20. kg/s
please answer fast and i will rate you good!!:) Question 1 (1 point) Using the graph below, 50 ta (7) TOOTA 10 Tine (0) the displacement of the object during the first 9.0 s is: a) 1.8 x 102 m Iwi Question 2 (1 point) At t = 0, a stationary police car is passed by a speeding sports car. This occurs on a straight highway. Their subsequent velocities are shown in a v-t graph. Use the graph to answer...