Answer:
answer is given below
Explanation:
Declaration for garnet
- void garnet(char,int (*f)(int));
- void - garnet return nothing
garnet accepts two parameters
- 'Char'
- function
Function as a parameter
and here
first int refers return type of function
- (*f) function as pointer variable
second int
- arguments that accept by inner function- function as a parameter
so here Garnet is a function that accepts two parameters. One parameter that contains the character and another parameter that takes an argument (here I am taking an integer) and returns an integer. Function The function returns nothing. Zero is mentioned here.
Answer:
Tractive force or traction
Explanation:
The main purpose of the tractive forces is to improve the ability to <u>transform the engine's energy into the vehicle's movement.</u> There are several systems that have different qualities and uses. Here we explain how they work and what they are for.
In a traction vehicle with one of its axles, its ability to transmit engine power to the ground is limited for two reasons:
- At least one of the wheels must have adhesion, and this as long as it has a self-locking differential. Otherwise, simply with one lacking grip, we can no longer move forward.
- If there are two wheels that must distribute the power, it will always be easier to saturate the traction capacity of the tire than if we divide the force by four. The example is very simple: if we try to drag an object on the ground by pulling a rubber, it will stretch more than if we pull 4 identical tires, although the force we make is the same.
Contrary to what one might think, all-wheel drive vehicles are nothing recent. What happens is that it did take time to reduce the weight and size, as well as to increase the resistance of the homokinetic joints (they are articulations on the axles to allow the wheel to go up and down with the suspension or turn with the steering) to to adapt these systems to cars.
Answer:
![\left[\begin{array}{ccc}10&0&0\\14&25&0\\57&18&39\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bccc%7D10%260%260%5C%5C14%2625%260%5C%5C57%2618%2639%5Cend%7Barray%7D%5Cright%5D)
Explanation:
A lower triangular matrix is one whose elements above the main diagonal are zero meanwhile all the main diagonals elements and below are nonzero elements. This is one of the two existing types of triangular matrixes. Attached you will find a image referring more about triangular matrixes.
If there is any question, just let me know.
Answer:
broad, transmission or power lines, electrical circuit theory
Explanation:
Electromagnetic waves have quite broad wavelengths for audio frequencies. Normally, the wavelength is larger than any of wires used in circuit. Long transmission or power line might be an exception. If the wavelength is much smaller than length of a wire, the basic principles of electronic circuits apply and the principle of electrical circuits is not needed
For wavelength much smaller than length of wire given, the given elements behave as distributed element, so for this condition Maxwell equation is apply
Answer:
Visual analysis
Explanation:
Reverse engineering is the reproduction of another manufacture's product after proper examining the way it was constructed or designed and its composition.
The stages of reverse engineering are;
- Implementation recovery that involves quick learning about application and preparation of an initial model
- Design recovery where you undo the previous database mechanics structures and change to recovery foreign main references.
- Analysis recovery that removes design artifacts and eliminate any errors in the model.
The step of visual analysis involves taking something apart and analyzing its working in details. Here the items observed are;
- Aesthetics that are concerned with the physical appearance of the product
- Elements which are the individual building blocks of the design.
