Answer:
Volume of a Cuboid = Length * Breadth * Height.
Volume of a Cuboid = lbh.
The Lateral Surface Area of a Cuboid = 2h (l + w)
Explanation:
Answer: power train
Explanation: The power train mechanism consists of a lever arm attached to the mousetrap spring.
The fact that big data comes in many formats and may be structured or unstructured is an indicator of its: Variety.
Big data can be defined as huge collections of data that are typically difficult for users to process, analyze, and manage through the use of conventional data tools.
Basically, big data is an essential (core) component of the following:
Furthermore, big data comprises five (5) Vs and these are:
1. Volume.
2. Velocity.
3. Veracity.
4. Value.
5. Variety.
Variety simply indicates that big data may be produced in many formats and they may be structured or unstructured.
Read more: brainly.com/question/16153005
Interface best describes the layout of the screen. This is done by designers
in which they help to design the appearance and style of various software
and devices.
These characteristics help to ensure the users find them friendly and easy to
navigate through when performing various operations .
In this scenario, we were told that the layout has blocks on the left, editor in
the middle, and output on the right which are designs for easy navigation on
Tynker.
Read more about Interface here brainly.com/question/5080206
Answer:
Hi there! This can be implemented in a simple Python function which uses the "random" module to generate the number.
Explanation:
Using Python as the languge, we can write a the below code in a file called styles.py. The first line imports the randint function from the "random" module. The setStyles() function declares an array or 5 elements (here I have just used numbers but these could be string names of the stylesheets as well). Next, styleNum is assigned the random number and the associated stylesheet is selected from the array of stylesheets.
styles.py
from random import randint
def setStyles():
stylesheets = [1,2,3,4,5];
styleNum = randint(1,5);
stylesheet = stylesheets[styleNum];
print(stylesheet);
setStyles();