Information that is confidential or sensitive can be securely shared through cellphone communication. The statement is False.
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What is cellphone communication?</u></h3>
- Mobile communication refers to the application of technology that enables remote communication without the need for a physical connection (wires or cables).
- Our lives are made simpler by mobile communication, which also saves time and effort.
- A mobile phone, often known as a cell phone, hand phone, or mobile cellular network, is one type of mobile communication (wireless communication).
- It is an electric device that transmits and receives data across a cellular network of base stations known as a cell site using full duplex two-way radio. These are some characteristics of mobile communication:
Balanced high capacity loads: High capacity load balancing must be incorporated into any wired or wireless infrastructure. New wireless devices are becoming increasingly more popular every day.
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Answer:
D.
Explanation:
Beautiful buildings create a positive consumption externality, which we deal with by having competitions that encourage beautiful design and landscaping. Positive consumption externality refers to a benefit that arises from consuming a product. Which in this case is are the building designs. This leads to creativity and passion arising within individuals which motivates them to compete in creating more beautiful designs.
Answer: The correct answer is : Procedural memory
Explanation: The procedure memory stores information about how to perform some procedures such as: talking, walking, driving a car, riding a bicycle, swimming, climbing stairs, skiing, skating. It is said that procedural memory is part of a person's character and is a part of long-term memory responsible for knowing how to do things.
Answer:
4.76 m/s²
Explanation:
t = Time taken
u = Initial velocity
v = Final velocity
s = Displacement
a = Acceleration
Now, this velocity will be the velocity of the later 11.5-2 = 9.5 seconds with no acceleration so,
Distance = Speed × Time
⇒ D = 2a×9.5 = 19a m
Distance traveled during the first two seconds is
Total distance = 100 m = Distance traveled in 2 seconds + Distance traveled in the 9.5 seconds
100 = 2a+19a
Acceleration during the first two seconds is 4.76 m/s².