Answer:
A Standard Lens
Explanation:
Since David wants to take pictures of people around him and also the objects far away, a standard lens would be fit for that.
Answer:
1) A kiosk are small platforms that can be used for obtaining information and programming relate to entertainment, transportation, commerce, applications, and other areas. A kiosk is located in busy business areas. With Kiosks, one is able to get answers to important information such as service locations.
2) Enterprise computing is the use of information technologies and computing in organizational setting. Enterprise computing provides improved data security
3) Natural language processing is the artificial intelligence concept that deals with the interaction between man and computer by use of natural language. With natural language processing, it is possible to interact with artificial intelligence application in the same manner we interact with a real person
4) Robotics is concerned with the design construction, and operation of robots. It involves the collaboration of computer science and engineering fields. Robotics provide 24 hours assistance including in inhuman conditions such as low oxygen
5) Virtual Reality (VR) is the creation of easily believable simulation of real life by means of computer technology. With virtual reality, one is able to practice practical trade skills in their living room
Explanation:
Answer:
what does that even mean like what is the problem in the question
Answer: Something to do with the storage device, in this case most likely a HDD.
Explanation: Operating System files has somehow probably gotten corrupted during the boot process, or the system drive connection to the motherboard have been severed.
Answer:
Explanation:
Let's do this in Python. We know that the formula for the centripetal force caused by whirling the mass is:
where v is the speed (1, 10, 20, 40) and r = 3 m is the rope length.
Then we can use for loop to try calculating the tension force of each speed
def maximum_speed(m):
for speed in [1, 10, 20, 40]:
tension_force = m*speed^2/3
if tension_force > 60:
return speed
return speed
