Bluetooth on a laptop is often used to help pair a mobile device with another device for communication purposes.
<u>Explanation:</u>
A Bluetooth gadget works by utilizing radio waves rather than wires or links to associate with your mobile phone, cell phone or PC. Bluetooth is a remote innovation standard utilized for trading information among fixed and cell phones over short separations utilizing short-wavelength UHF radio waves in the modern, logical and restorative radio groups, from 2.400 to 2.485 GHz, and building individual zone systems. For instance, on Windows, either right-click the Bluetooth symbol in the notice zone or go to the Control Panel to discover the Hardware and Sound > Devices and Printers page. At the point when the gadget shows up in the rundown of Bluetooth and different gadgets, select it to associate (pair) it to the workstation.
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.
Answer:
False
Explanation:
When searching on the internet, I found flashcards containing this information.
Answer:
The computer can do 12000 searches per second. Suppose there are 60000 inventory items. And we need to search one item from it in a sequential manner. The computer can do 12000 searches in one second. Hence it can search in a list of 60000 inventory in 5 seconds, as 12000 x 5 =60000 searches, in the worst case. And if the item is below 12000 on the list, it will take less than 1 second(1/12000 sec in best case), and so on.
And if we assume that the list is sorted, and perform a binary search. then in the worst case, the number of searches required in the worst case will be 60000/2= 30000. And the time required will be 30000/12000= 5/2=2.5 seconds, and (1/24000) seconds in the best case. Its 1/24000 as its binary search.
Explanation:
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