Pictures not loading on websites Chrome – Many users reported that pictures aren't loading on websites in Chrome. To fix the problem, be sure to check your Chrome settings and disable your antivirus. Images won't load in Chrome – Sometimes this issue can appear if JavaScript is disabled in your browser.
Explanation:
Speaking of image problems, users reported the following issues:
-
Broken image icon Firefox, Internet Explorer – According to users, you might be able to experience this issue in other browsers including Firefox and Internet Explorer. If the problem appears in other browsers, the issue is related to your system or to your network configuration.
- Pictures not loading on websites Chrome – Many users reported that pictures aren’t loading on websites in Chrome. To fix the problem, be sure to check your Chrome settings and disable your antivirus.
- Images won’t load in Chrome – Sometimes this issue can appear if JavaScript is disabled in your browser. If that’s the case, simply enable JavaScript and the problem will be resolved.
- Chrome showing broken images – In some cases, extensions can lead to this problem, and if you noticed that your images are missing, simply disable or uninstall your extensions and check if that solves the problem.
- You can remove an image from the preview by clicking the thumbnail below Available images. Edit Descriptions: If you've added multiple images, click the description below each image in the preview to edit it.
- Icon in the top-right corner of the window. Select Internet Options. In the Internet Options window, click the Advanced tab. In the Settings under Multimedia, make sure there is a check in the Show Pictures check box.
Answer:
"i suppose" negative? I'm sorry if it's wrong..
Answer:
Following are the code to the given question:
user_num = int(input())#defining a variable user_num that takes input from user-end
x = int(input())#defining a variable x that takes input from user-end
for j in range(3):#defining for loop that divides the value three times
user_num = user_num // x#dividing the value and store integer part
print(user_num)#print value
Output:
2000
2
1000
500
250
Explanation:
In the above-given program code two-variable "user_num and x" is declared that inputs the value from the user-end and define a for loop that uses the "j" variable with the range method.
In the loop, it divides the "user_num" value with the "x" value and holds the integer part in the "user_num" variable, and prints its value.
Answer:
At least 50 conversions on Display or at least 100 conversions on Search
Explanation:
Smart Display Campaigns by Google provides an intelligent and simply solution to help manage the complexities of display advertising, and is regarded as the easiest way to increase customer base and conversions. In order to set up a Smart Display Campaign, go to the Campaign tab in Google Adwords and go ahead to click on "create a new display campaign". It is important to be aware that to be eligible to run this solution, you are expected to have at least 50 conversions on display or 100 conversions on Search in the last 30 days.
Answer:
The solution code is written in Python
- def findSmallest(vec, start):
-
- index = start
- smallest = vec[start]
-
- for i in range(start + 1, len(vec)):
- if(smallest > vec[i]):
- smallest = vec[i]
- index = i
-
- return index
Explanation:
Firstly we can define a function findSmallest() that takes two input parameters, a vector, <em>vec</em>, and a starting position, <em>start </em> (Line 1).
Next, create two variables, <em>index</em> and <em>smallest</em>, to hold the current index and current value where the smallest number is found in the vector. Let's initialize them with <em>start</em> position and the value held in the<em> start </em>position (Line 3-4).
Next, create a for-loop to traverse through the next value of the vector after start position and compare it with current <em>smallest </em>number. If current <em>smallest</em> is bigger than any next value in the vector, the <em>smallest </em>variable will be updated with the new found lower value in the vector and the index where the lower value is found will be assigned to variable<em> index</em>.
At the end return index as output.
