Answer:
microscope technology improved. Schleiden made his discovery, that caught the interest of other scientists, who went on to add new discoveries.
Answer:
1 - Define the problem
2. Do background Research
3 - Specify the requirements needed to fix/solve/complete the task at hand
Hope this helps!
Explanation:
1. The problem must be know before anything can be done
2. Do background Research to find if this issue has been solved or what can be done to solve it
3 - Find the requirements needed to fix the issue (ex. Size of replacement part)
Answer:
The solution code is written in Java.
- double [] alpha = new double[50];
-
- for(int i =0; i < 25; i++){
- alpha[i] = i * i;
- }
-
- for(int j = 25; j < 50; j++){
- alpha[j] = j * 3;
- }
Explanation:
Firstly, the syntax to declare an array variable <em>alpha</em> of type double and initialize it with 50 components is presented in Line 1.
Next, use a for-loop to traverse through the first 25 components (Line 3). Use * operator to multiply index variable by itself (to square it) and assign it to the current component of the<em> alpha</em> array (Line 4).
Create another for-loop to traverse through the last 25 components (Line 7). This time, multiply the index variable with 3 and assign it to the current component of the <em>alpha</em> array (Line 8).
Answer: precision
Explanation: Because accuracy is where you keep on getting it right but precision is where you get closer and closer
I don’t think I know that