The option typically involved in the process of weathering is water. Thus, the correct option for this question is A.
The types of rocks that initially form from deposition are known as sedimentary rocks. Thus, the correct option for this question is B.
Air, water, and ice can break rocks into tiny fragments. The option that best describes this process is known as weathering. Thus, the correct option for this question is C.
Weathering may be defined as a process through which numerous rocks and minerals found on the earth's surface are considerably broken down into smaller fragments. The process of weathering is facilitated by different components like water, wind, ice, etc.
Erosion is different from weathering. This is because erosion deals with the transportation of broken substances or materials through weathering from one place to another with the help of air and water. It is the gradual destruction and elimination of rock or soil in a particular area.
Therefore, each of the given questions is well described above.
To learn more about Weathering and erosion, refer to the link:
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Answer:
1. A
2. B
3. C
hope this helps in some way
b. The smallest integer that can be represented by a sign-and-magnitude binary number is always 0.
c. It is impossible to store 1610 in 4-bits because overflow will occur. d. The two’s complement representation of +6710 in 8-bits is 1000011.
Answer:
a. In one’s complement format, the leftmost bit is saved for the sign where 1 indicates a negative number and 0 indicates a positive number.
Explanation:
In binary numbers, 1's complement is used to represent the signed binary numbers. In unsigned numbers, there is no need of sign. But in signed binary numbers a signed bit is required. To add the bit that is represent the sign of the number in binary, 0 represents the positive number while 1 represents the negative number.
If we have a number and want to convert it in signed binary number, we just takes it 1's complement and add the signed bit at the left of the number.
E.g.
1 = 0001
is the binary of 1, if we want to add sign, we just add the zero at left most side of the binary which make it positive as given below:
+1 = 0 0001
Now of we want to convert it into negative than, we take 1's complement in which all bits are inverted.
-1 = 1 1110
Out of the listed libraries, Caffe is primarily designed for machine vision due to its speed and specific tools for image classification and convolutional models.
The library out of the ones you mentioned that is mainly designed for machine vision is Caffe. Advanced machine vision requires speedy computations and Caffe, being a deep learning library, provides this speed. It's developed by the Berkeley Vision and Learning Center (BVLC) and is specifically geared towards image classification and convolutional models, which are key components of machine vision.
While other libraries like Torch, Theano, and Deeplearning4j also offer solutions for machine learning and deep learning computations, they are not as specialized as Caffe in handling tasks related specifically to machine vision.
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B: Running the hard disk drive utility.
Answer:
B. Running the hard disk drive utility
Explanation:
The disk utility scans the hard disk and other drives for bad or nonfunctional storage blocks on the physical disk. Files that are stored on these bad blocks may become corrupted or inaccessible, so the system tries to identify and move these files before the storage blocks are then disabled.
Hope this helps!
Answer:
from functools import reduce
def mean(mylist):
score = reduce(lambda x,y: x + y, mylist)/ len(mylist)
return score
def median(mylist):
sorted(mylist)
list_len = len(mylist) % 2
i = round(len(mylist)/2)
x = len(mylist)//2
if list_len == 0:
median = (mylist[x] + mylist[x+1]) / 2
else:
median = mylist[i]
return median
def mode(mylist):
unique = set(mylist)
unique = list(unique)
collector = [mylist.count(key) for key in unique]
maxi = max(collector)
loc = collector.index(maxi)
return unique[loc]
def main():
scores = input( 'Enter list of numbers: ').split(",")
scores = [int(score) for score in scores]
operation = input('Enter operation: ')
operator = ['mean', 'median', 'mode']
for x in iter(list, 0):
if operation in operator:
break
print("Invalid operation: ")
operation = input('Enter operation')
index_loc = operator.index(operation)
if index_loc == 0:
return mean(scores)
elif index_loc == 1:
return median(scores)
#return np.median(scores) can be used of the defined function
elif index_loc == 2:
#return stats.mode(scores)[0] can be used of the defined function
return mode(scores)
print( main( ) )
Explanation:
The main python function calls conditionally three statistical functions namely mean, median and mode. It prompts for user input for a list of integer numbers and a function name name to return the corresponding result.
print("These are the supplies in the list:\n", supplies)
[‘pencil’, ‘notebook’, ‘backpack’, ‘pen’, ‘calculator’]
These are the supplies in the list:
[‘pencil’, ‘notebook’, ‘backpack’, ‘pen’, ‘calculator’]
These are the supplies in the list: [‘pencil’, ‘notebook’, ‘backpack’, ‘pen’, ‘calculator’]
These are the supplies in the list:\n
[‘pencil’, ‘notebook’, ‘backpack’, ‘pen’, ‘calculator’]
Answer:
These are the supplies in the list:
[‘pencil’, ‘notebook’, ‘backpack’, ‘pen’, ‘calculator’]
Explanation:
The line return (\n) character will be in the output (so there will be a change of line), but it will NOT be visible as it would have been interpreted as a special character.
So the output will be on 2 different lines, with no \n visible.
If the command would have been: print('These are the supplies in the list:\n', supplies), with single quotes (') instead of double quotes (") then then \n would have been printed but not interpreted as a special character. At least in most computer language. Since we don't know of which language the question refers to, we can't be sure at 100%.
Answer:
[‘pencil’, ‘notebook’, ‘backpack’, ‘pen’, ‘calculator’]
Explanation: