Below are the applications of electromagnetic waves . State the type of electromagnetic wave used in each application. 1. satellite 2. texting 3. t.v broadcasting 4. radar 5. checking bank signature 6. camera autofocusing 7. radio broadcasting 8. diagnosis of bone fracture 9. sterilization of water in drinking fountains 10. sterilization of medical instruments 1.Microwaves 2.Radio Waves 3.Radio Waves 4.Radio Waves 5.(I do not know im sorry) 6.Infrared Waves 7.Radio Waves 8.X-Rays 9.Ultra Violet Waves 10.Gamma Rays Hope this can help!
:read each item carefully and supply the required imformation. A bicycle tire was inflated to a pressure of 3.74 atm during early morning when the temperature was 15°C.At noontime,the temperature rose to 35° C what was the resulting pressure in the tire (assuming that its volume did not change)?show your computation.. Good Day Problem: A bicycle tire was inflated to a pressure of 3.74 atm during early morning when the temperature was 15°C.At noontime,the temperature rose to 35° C what was the resulting pressure in the tire (assuming that its volume did not change)?show your computation Note: Kelvin = °C + 273.15 K = 15 + 273.15 = 288.15 K K = 35 + 273.15 = 308.15 K Given Data: P₁ (initial pressure) = 3.74 atm T₁ (initial temperature) = 15°C or 288.15 K P₂ (final pressure) = ? unknown T₂ (final temperature) = 35°C or 308.15 K Solution: Gay-Lussacs Law states that pressure is directly proportional to temperature when volume and amount of gas are constant. Formula = P₁/T₁...
ABCD is a parallelogram if AD=2×-10 and BC= ×+30 then what is the measure of BC Answer: The measure of Segment BC is 70 Step-by-step explanation: The equation will be 2x - 10 = x + 30 2x - x = 30 + 10 x = 40 Just substitute the value of x AD = 2x - 10 = 2(40) - 10 AD = 70 TRUE BC = x + 30 BC = 40 + 30 BC = 70 TRUE the equation is correct since both of them are EQUAL
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