Answer:
The correct answer is letter "A": Engage.
Explanation:
Social media has gained importance not only as an informative medium but as a means for marketing. The 4E framework states the four basic characteristics social media advertisement should fulfill. Those components are:
- Excite.<em> Provide customers attractive offers.</em>
- Educate.<em> Give consumers information about the product and the offering.</em>
- Experience.<em> Allow direct or indirect interaction with the good.</em>
- <u>Engage</u>.<em> Involve customers in activities related to the product that transcend the simple buying of the good.</em>
Answer:
True
Explanation:
They want to focus on their customers and their interests, so they market their products to a specific audience. hope this helps :)
Answer:
he can use microosoft word, gooogle docs/slides, or any old tech because it will present from any
Explanation:
Answer:
Answer is provided in the explanation section
Explanation:
Given data:
Bandwidth of link = 10* 106 bps
Length of packet = 12* 103 bits
Distance of link = 40 * 103m
Transmission Speed = 3 * 108 meters per second
Formulas:
Transmission Delay = data size / bandwidth = (L /B) second
Propagation Delay = distance/transmission speed = d/s
Solution:
Transmission Delay = (12* 103 bits) / (10* 106 bps) = 0.0012 s = 1.2 millisecond
Propagation Delay = (40 * 103 meters)/ (3 * 108mps) = 0.000133 = 0.13 millisecond
Answer:
In binary signaling, Non Return to Zero (NRZ) is the technique in which zero voltage is represented by 0 bit while high voltage is represented by 1 until the voltage level change from high to low.
Explanation:
There are different techniques to encode the signal for transmission between transmitter and receiver. These techniques includes return to zero, non return to zero. In return to zero technique, the if the voltage is high the signal will become 1 for half of the time period and then after half time period it return to 0.
In NRZ the signal is 0 if the voltage level is zero. In case of high voltage of the signal the binary bit remains 1 until the next zero voltage level arrive in the signal until the end of the time period of bit.