The factors that limit a technological design can be physical and social. The physical limitations are constraints due to nature itself. They include natural laws and properties of materials.
Social limitations on the other hand <span>are limitations that arise as a result of the society we are living in and include the ease of use, safety, attractiveness, and <span>cost.</span></span>
Answer:
Explanation:
Let's do this in Python, we can first generate the random number from 1 to 100. Then compare that with the input number from the guesser.
from random import random
random_0_1 = random()
random_1_100 = 1 if round(100*random_0_1) < 1 else round(100*random_0_1)
for trial in range(3):
guess = input('Guess the number: ')
if guess == random_1_11:
print('You guessed correctly!')
break
else:
print(2 - trial + " remaining try")
#2: Portrait taller than wide & landscape wider than tall
Convert
0.625 to binary
Translate 0.625 into a fraction. We all know that 0.5 is ½. We know that the remainder, 0.125, is ⅛. Add them together, and you get ½ + ⅛ = ⅝.
Now, in binary, the positions to the right of the point are , which is ½, ¼, and ⅛ respectively.
⅝ is 5 × ⅛. 5 in binary is 101. So, ⅝ is
= 0.101
If you have 10 bits available then you can interpret any number in range ![[0,2^{10}-1]=[0,1023]](https://tex.z-dn.net/?f=%5B0%2C2%5E%7B10%7D-1%5D%3D%5B0%2C1023%5D)
.
The system therefore could represent the actual temperature of 39°C.
Hope this helps.
