Answer:
a combined device for modulations and demodulations
The interpretation of the table is that it shows that 45.12 percent of the respondents are in 16 years of age when likened to 12.20 percent who are 19 years old and 18.29 percent that are in 18 years of age.
<h3>What is the table about?</h3>
The table is one that shows the age profile for Filipino children from 0 to 4 years and above to 19 years,
Note that it is also made up of the largest age group making up from 10.1 to 10.7 percent as seen on the Philippine Statistics Authority (PSA).
Therefore, students that are in 16 years of age will have the ability to take in or consume products more than the older students as seen in El Salvador City.
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ATX
microATX (smaller version of ATX)
mini-ITX (smaller version of microATX)
Answer:
Effort = 120 Newton
Explanation:
Given the following data;
Mechanical advantage = 6
Load = 780 N
To find the effort required to lift the weight;
Mechanical advantage can be defined as the ratio of the load (weight) lifted by a simple machine to the effort (force) applied.
Mathematically, the mechanical advantage is given by the formula;
Making effort the subject of formula;
Substituting into the formula, we have;
Effort = 120 Newton.
A program that loops and performs powers of 5 on each loop.In each lap the operator is asked IN CODE C++ the C++ Program for the given hassle announcement is as follows:#include the use of namespace std.
<h3>What is the energy of a variety of?</h3>
The energy of a variety of says how usually to apply the range in a multiplication. Powers also are known as Exponents or Indices. For example, eight^2 might be known as “eight to the energy 2” or “eight to the second one energy”, or simply “eight square.
- C++ Program for the given hassle announcement is as follows:
- #include
- the use of namespace std;
- int main() > base;
- cout << "nEnter the exponent: "; //asks the user for keyboard input for exponent
- cin>>exponent;
- for (int i = 1; i <=exponent; i++) //iterate {through|thru|via">via 1 until exponent
- {
- num=num*base;
- //base is multiplied (e.g. 2*2*2.....n) until n, wherein n is exponent
- }
- cout <<"n"<strength of "<go back 0;
- }
- Sample Output:
- Stdin Inputs
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