Math 8 Honors (P3)

Question 1

Subtraction in Exploding Dots

Answer 1

Doesn’t exist

Question 2

F-strings in Python
Syntax:
<code>
f"this is a string with an {object}"
<\code></code>

Answer 2

Strings that have { } (curlies) as place holders for objects.

Question 3

Exploding dots base for a 1-10 machine

Answer 3

Base 10

Question 4

Exploding dots base for a 1-2 machine

Answer 4

Base 2

Question 5

Exploding dots base for a 1-23405 machine

Answer 5

Base 23405

Question 6

Mr. Helmstedter wants us to learn how to _ _ _ _ _.

Answer 6

Learn

Question 7

If else statements in Python

Answer 7

If else blocks always start with an if. Then, you indent and write else. If you want to chain them together, use elif. (ELse + IF = ELIF)
Syntax:
<code>
if conditional:
> this is indented
else conditional
> this is also indented
elif conditional
> final indent
</code>

Question 8

while loop

Answer 8

use a while loop to repeat sections of code when you aren't sure how many times you need to repeat an action.
Syntax:
<code>
while conditional:
---need to indent
<\code></code>

Question 9

break

Answer 9

use break to end a loop when specific conditions are met

Question 10

Data types

Answer 10

strings (str), integers (int), floats (float)

Question 11

print

Answer 11

to print something out in text on the console.
Syntax:
<code>
print("hi!")
<\code></code>

Question 12

assignment operator

Answer 12

= (equals is not equals, it is the assignment operator)

Question 13

Conditional operators

Answer 13

== which means equals
!= is not equal
< is less than
> is greater than
<= is less than or equal to
>= is greater than or equal to
they are operators that evaluate the True or False

Question 14

==

Answer 14

equals

Question 15

!=

Answer 15

not equal to

Question 16

<

Answer 16

less than

Question 17

>

Answer 17

greater than

Question 18

<=

Answer 18

less than or equal to

Question 19

> =

Answer 19

greater than or equal to

Question 20

What is factoring in algebraic expressions?

Answer 20

Take an expression and make it the product of 2 smaller expressions.
Example:
xsquared + 5x + 6 = (x + 2) x (x + 3)

Question 21

what does & n b s p; do?

Answer 21

It puts a space in html programming! You can use this to indent.

Question 22

addition

Answer 22

count the things. then count the other things. congratulations. you have added.

Question 23

<code> import in python</code>

Answer 23

The import keyword in python allows you to use other modules. Modules are just programs that other people have written and you can use for free.

Question 24

Pythagorean theorem

Answer 24

side a squared + side b squared = side c squared

works on triangles

Question 25

interior angles of a triangle

Answer 25

add up to 180 degrees.

Question 26

exponents

Answer 26

multiply the number by itself the number of times the exponent tells you to.

Question 27

# Mathmatics Function notation

Answer 27

Where you give a function a name- generally, we use a single letter followed by ( ) that tell you the variable. Example: '''f(x) = 2x + 1'''

Question 28

# Python Function creation

Answer 28

' ' ' def func_name(params): ( ) *indent* """This is the docstring""" ' ' '

Question 29

# Python What does D.R.Y. stand for?

Answer 29

**D**on't **R**epeat **Y**ourself - don't repeat code more than you need to

Question 30

# Brainscape What does * do?

Answer 30

*If placed at the beginning and end of a sentence, it puts the sentence in italics.*

Question 31

# Brainscape What does * * do?

Answer 31

**When placed at the beginning and end of the sentence, it bolds all of the words.** | Don't put a space between the two * * or between the * * and the words.

Question 32

# Brainscape What does * * * do?

Answer 32

***It bolds and puts the sentence into italics at the same time!*** Again, don't put a space between the three * * * or between the * * * and the words. | *

Question 33

*Squeezing* and ***STRETCHING***

Answer 33

*Squeezing*: Zooming in on one part of the problem. ***Stretching***: Zooming out to see all aspects of a problem.

Question 34

# Math Factoring for quadratic trinomials

Answer 34

The answers add to first number and multiplies to second number. Example: xsquared + 3x - 4 = (x-1)(x+4) -1 and 4 add and multiply to -4

Question 35

What can you use for solving quadratic trinomials

Answer 35

Exploding dots or factoring

Question 36

# Math How do you use exploding dots for quadratic trinomials?

Answer 36

You create a 1 <--- x machine and insert dots for the parts of the problem.

Question 37

Solve

Answer 37

To find what the variable represents in an equation; the answer to the equation is provided.

Question 38

Evaluate

Answer 38

To find the answer to an equation; the number represented by the variable is provided.

Question 39

# Math Proportional (graph)

Answer 39

>Starts at origin >Straight line

Question 40

Proportional (table)

Answer 40

y/x or x * _ = y ex: x | y 2 | 5 4 | 10 9 | 22.5 answer: 2.5

Question 41

# Math Graphing proportional relationships

Answer 41

putting the numbers in a table onto a graph, with y as the vertical axis, and x as the horizontal. When listing the graph points, order as (x,y).

Question 42

# Math Equations with parathesis

Answer 42

> Distribute > Add/subtract to isolate > Combine the like terms > Add/subtract to isolate > Combine the like terms > Add/subtract/divide to isolate > Simplify The simplified equation is the answer!

Question 43

# Math Equations with variables on both sides

Answer 43

> Combine the like terms > Add/subtract to isolate > Combine the like terms > Add/subtract to isolate > Combine the like terms Repeat as needed, the simplified equation is your answer.

Question 44

Geometric transformations

Answer 44

Ways to move/modify/manipulate geometric shapes that brings them to a desired end.

Question 45

what is the answer to life?

Answer 45

42 (next up: what's the question?)

Question 46

What does it mean to solve an equation?

Answer 46

Find the valueof the variable(s) that make the equation true.

Question 47

What is a graph?

Answer 47

A visual representation of all the possible solutions to an equation.

Question 48

What is a system of equations?

Answer 48

Anything that contains more than one equation.

Question 49

How do you solve a system of equations?

Answer 49

Find the solutions to all of the equations in the system, and then find the solution that works in all of the equations in the system. If it is in a graph, find the point where the lines of the equations cross. You can also make a table or use the Equal Values Method.

Question 50

What is the equal values method?