Answer:
Following are the 5 problems, that can arise in this scenario:
Explanation:
- When the driver swipes its credit or debit card, its connection with both the card company could not be formed due to the poor or ineffective development, therefore the driver may not put any fuel from its vehicle.
- It still wants to spend energy even after the card is read as incorrect.
- So, its total price to just be debited from the credit or debit card shall be much more and less than the real cost as well as the deduction of both the fuel should be overestimated.
- Its information may not adjust when a driver uses its device because the next driver could no matter how long only use the device.
- Its fuel limit to also be established when the vehicle has stopped its card would be faulty as well as a certain restriction would not cause its device to be misused.
Answer:
- made it easier and less expensive to present information
- made it easier and faster to communicate with others
Explanation:
productivity programs
productivity programs are designed and use for producing information easily and made it easier and faster to communicate with others
worksheets , charts , graphs , documents etc
MS office , Time management , projects management softwares are the example of productivity programs
there are alot of tools which are designed to make conversation and communication more easy related to productivity program following are the example of tools
- Microsoft Teams
- slack
- Zoom
- Office 365
- Poppulo
- JIRA Cloud
- Interact.
Answer:
1) control panel
2) WYSIWYG HTML
3) website directory
4)website directory
Explanation:
In the website host’s <u>control panel</u>, there is a set of tools for organizing the website.
A <u>WYSIWYG HTML</u> editor lets the website creator type directly into the web pages or specific fields without knowing HTML code.
All website files need to reside in the <u>website directory.</u>
The <u>website directory</u> is where all of the content will be stored.
<u>OAmalOHopeO</u>
<h2>
Answer:</h2>
10
<h2>
Explanation:</h2>
Specific gravity (also called relative density) is the ratio of the density of an object (or substance) to the density of a reference substance (mostly water). It has no unit and is given by the following;
Specific gravity = 
Specific gravity is also given by the ratio of the weight of the object in air to the loss of weight of the object in water. i.e
Specific gravity = 
--------------(* * *)
In this case;
i. The object is the solid which has a weight of 20gf in air.
ii. The loss of weight of the solid in water is the difference between the weight in air (20gf) and the weight in water (18gf).
Therefore the loss of weight is
20gf - 18gf = 2gf
Now substitute these values from (i) and (ii) into equation (* * *) as follows;
Specific gravity = 
Specific gravity = 10
Therefore the specific gravity of the solid is 10
