Answer:
TCP/IP
Explanation:
TCP/IP which stands for Transmission Control Protocol and Internet Protocol are network protocols which divide your message into smaller chunks or fragments known as network packets and sends them out onto the Internet. When the chunks arrive at the intended destination, TCP/IP on the receiving end reassembles the network packets into the original message.
TCP/IP are the main protocols used for sending data over the internet.
Answer:
Circuit breaker
Explanation:
Circuit breaker -
It is a type of electrical switch , whose main function is to protect the electrical circuit by the process of short circuit or overloading , is referred to as a circuit breaker .
The circuit breaker , as the name suggests , disrupts the circuit as soon as there is the condition of overloading or short circuit , and thereby saves the appliances .
Hence , from the given information of the question,
The correct term is circuit breaker .
The correct answer for this question is this one: "She can rename the 2 worksheet by right clicking the sheet tab. After right clicking the mouse, select Rename Sheet and type the preferred name of the sheet." Hope this helps answer your question and have a nice day ahead.
The answer is "<span>B) any perpendicular bisector of one of the sides".
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We can define a line of reflection as the line in which a shape is reflected, or we can say that it is the mirror in which the shape is reflected. The line of reflection is the perpendicular bisector of any pair of corresponding points. If you want to join sets of corresponding points on the object and image, then the line of reflection will slice the lines framed down the middle.
Answer:
treeHeight = tangent of angleElevation * treeDistance
In java, we could write it as:
double treeHeight = (Math.tan(angleElevation) * treeDistance);
Math.tan(angleElevation) is an inbuilt java mathematical function used to calculate the tangent of a value and the return value is always double.
Explanation:
formula:
tangent of angleElevation = treeHeight/treeDistance
We want to assign treeHeight, so we cross-multiply and we get:
treeHeight = tangent of angleElevation * treeDistance
Off course, the treeHeight will be in feet also.
