question 7 Now it is your turn, with some easier numbers. Your cell phone emits a signal between 0.5 and 3 watts, what isthe intensity of a 1.75 watt signal 1 meter away? (this excludes Bluetooth & wifi)Keep 5 decimal places in your answer, do not use scientific notation for this answer.N=3.14159Psource1.75 watts= ? W/m?4πr24 X T X (1 meter)²Did you remember to square the distance?In comparison, at Earth's equator the energy of the Sun's emission hitting Earth's surface (this is calledinsolation) is about 1,000 W/m?! A 100 watt light bulb at 1 meter (if you haven't switched to an LED) nets 7.96W/m?. Of course, there is another consideration which is wavelength and frequency, but that is a discussion foranother time.

Given: Power of the signal, P=1.75 Watt Distance, r=1 m To find: Intensity of the signal

Now it is your turn, with some easier numbers. Your cell phone emits a signal between 0.5 and 3 watts, what is the intensity of a 1.75 watt signal 1 meter away? (this excludes Bluetooth & wifi) N=3.14159 Keep 5 decimal places in your answer, do not use scientific notation for this answer. |= Psource 1.75 watts = ? W/m? 4 × T × (1 meter)² Did you remember to square the distance?

Now it is your turn, with some easier numbers. Your cell phone emits a signal between 0.5 and 3 watts, what is the intensity of a 1.75 watt signal 1 meter away? (this excludes Bluetooth & wifi) N=3.14159 Keep 5 decimal places in your answer, do not use scientific notation for this answer. |= Psource 1.75 watts = ? W/m? 4 × T × (1 meter)² Did you remember to square the distance?