Answer:
First, create a new database using CREATE DATABASE statement. Second, export all the database objects and data of the database from which you want to copy using the mysqldump tool. Third, import the SQL dump file into the new database.
Answer:
The correct answer is: "D. shapoo instructions (lather, rinse, repeat)".
Explanation:
Among the options given, letter D is the only one which does not apply and may not function as an algorithm. An algorithm is a set of rules and/or instructions which aims at solving a problem and/or task, therefore, "shapoo instructions" do not classify as an algorithm because they are only written informations to explain how to use a product (lather, rinse, repeat), rather than setting a procedure for solving a problem in terms of technology tools. All the other options are examples of algorithms because they already exist as such and also function as technology tools.
(ps: mark as brainliest, please?!)
Answer:
The answer is "HTML".
Explanation:
We will suggest him to learn HTML language because It stands for HyperText Markup Language. It is a markup language that uses a build a web page and these sites are normally viewed on the web browser.
- It is the language for development used in the World Wide Web.
- This language includes writing, links, images, videos, and audio files.
- Each one of these kinds of content is tagged and described by HTML, which uses a web browser can display it correctly.
Answer:
Direct Selection Tool
Explanation:
The Direct Selection tool is a tool that allows the selection of a single object or a single path such that an object already grouped with other objects can be directly and moved to a desired location
The Direct Selection tool can be used to select a container's content including graphics which are imported and specific points or paths of a figure or text to allow for drawing, text editing or to edit paths.
Answer:
Check the explanation
Explanation:
# Step 1
the first thing to execute will be......
f = open("states.txt")
# Step 2
the second step is......
states = []
for line in f:
states.append(line.strip())
# Step 3:
the third step is to......
for state in sorted(states):
print(state)
f.close()
