Answer:
HDMI ,I only have one answer to this question
Answer:
The correct option is d. Guest users will be restricted in the maximum amount of data that they can send and receive per second.
Explanation:
Bandwidth can be described as the maximum data transfer that an internet connection or a network has. It gives a measure of the amount of data that can be transmitted over a particular connection in a particular amount of time. For instance, the capacity of a gigabit Ethernet connection is 1,000 megabits per second (Mbps) (which also translates to 125 megabytes per second).
Therefore, when a local router is configured to limit the bandwidth of guest users connecting to the Internet, it will restrict the the maximum amount of data that they can transmit per second.
Therefore, the correct option is d. Guest users will be restricted in the maximum amount of data that they can send and receive per second.
2 that’s because some people will buy it because they think the value of it is good and some might not because they believe it is too expensive.
The answer is d. The hardware has a terrible time translating binary into decimal. Computers in general don't like "talking" to people. D is wrong.
bits are part of bytes.You use bits to make up bytes, not the other way around. Bit's are what computers use to construct their "speech." Bytes make it more convenient to convert from Hex(or binary) to decimal. C is wrong.
A is wrong. There are only two numbers in the binary system -- one and zero. Not three.
B is the correct answer.
My answer is B: They can be adjusted anytime since they don't affect alignment angles.
Option A is correct. Manufactures can change the Torsion bar to adjust the ride height. This is done to compensate the engine weight. Option C is correct. The torsion’s bar acquires a twisting motion on one end of the suspension, and is firmly fixed to the car’s frame at the other end. Actually, it attaches to the lower control ARM and a cross member key on the chassis frame. Option D is also correct. When a wheel passes over a bump, the Torsion bar acquires a twisting motion on one end of an object whose other end is fixed.