Mathematics, 17.02.2020 16:41 bryantjorell
Given the following message and carrier equations, determine the AM modulated signal equation: m(t)=3cos(2π4kHz*t), c(t)=2cos(2π3MHz*t) a. s(t)=3[1 + 0.67cos(2π4000t)]cos(2π3E6t) b. s(t)=2[1 + 1.5cos(2π4000t)]cos(2π3E6t) c. s(t)=3[1 + 0.67cos(2π3E6t)]cos(2π4kHz*t) d. s(t)=2[1 + 1.5cos(2π3MHz*t)]cos(2π4000t)
Answers: 1
Mathematics, 21.06.2019 15:30
Michelle had a birthday party. she bought a bag of candy with 96 starbursts, 72 hershey's, and 68 reese's. she wants to use all the candy she bought to make goody bags with the same amount of starbursts, hershey's and reese's in each bag. what is the largest number of bags she can make?
Answers: 1
Mathematics, 21.06.2019 21:00
Ian is in training for a national hot dog eating contest on the 4th of july. on his first day of training, he eats 4 hot dogs. each day, he plans to eat 110% of the number of hot dogs he ate the previous day. write an explicit formula that could be used to find the number of hot dogs ian will eat on any particular day.
Answers: 3
Given the following message and carrier equations, determine the AM modulated signal equation: m(t)=...
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