Combustion rise CO2 levels, and the higher the CO2, the higher the temperature anomaly
Sunlight bonuses off of certain objects to create the Albedo effect
Capillaries bring blood to the aveoli so the blood can be oxygenated
High dosses of Ultraviolet light can cause cancer
A microscope uses lenses to magnify
Light bends through the eyepiece
Combustion is a type of reaction
Saliva is a solution that helps break down food
Capillaries bring blood to the micro villi and villi to ensure maximum nutrient absorption
Double displacement reaction
Greenhouse gas
All but two organelle systems are the same (With the exception of plant cells having a bigger vacuole)
The eye is apart of human biology
Very similar operations to create energy
can be used to observe different cells
can be used to observe different cells
Combustion creates greenhouse gases
Acids and Bases are corrosive
Stomach acid
Convex
Neutrons and protons are in the nucleus of an atom
Burning fossil fuels causes acid rain
When the sun's light reaches the earths atmosphere, some is absorbed and makes the atmosphere hotter
Can also be created by natural gas leaks
Solar energy
Combustion is a chemical change
Gamma rays can kill cancer cells
Nuclear energy
Photosynthesis is a way to combat greenhouse gases
Ground tissue is used to create the leaf that photosynthesizes

Mind Map

Biology

Human organ systems

Digestive system

Mouth/teeth/saliva

throat

Stomach

Small intestine

Large intestine

Villi

r

Villi are tiny ripples in the small intestine, increasing surface area to absorb more nutrients.

Micro villi

r

Micro villi are very tiny ripples in the small intestine, further increasing surface area to absorb more nutrients.

Tissues

Epithelial

r

Protective outer layer of stomach.

Muscular

r

Muscular tissue to churn food in stomach.

Respiratory system

Trachea

r

Once the oxygen has passed into the nose or mouth, it enters the windpipe or trachea.

Lungs

Bronchi

r

The trachea branches into the right and left bronchus, which are tubes designed to carry air into the lungs.

Bronchioles

r

The bronchi branch further into many tinier tubes.

Aveoli

r

O2 and CO2 are exchanged with the blood.

Circulatory system

Heart

Arteries

Veins

Capillaries

Muscular tissue

Blood

Connective tissue

Animal cells

Apoptosis

r

Cell death.

Tumor

r

(Apoptosis failure)

Malignant

r

Cancerous.

Cancer

r

Cancer cells are 'immortal' because they never stop dividing. A normal cell will undergo apoptosis if it is damaged genetically, whereas a cancer cell will continue to divide.

Radiation therapy

r

Radiation therapy is a cancer treatment that uses high doses of radiation to kill cancer cells and shrink tumors.

Chemotherapy

r

Chemotherapy is a drug treatment that uses powerful chemicals to kill fast-growing cells.

Surgery

r

Physically removing the cancerous tumor

Immunotherapy

r

Treatment that uses a person's own immune system to fight cancer

Benign

r

Not cancerous.

Cellular respiration

r

Glucose + Oxygen = ATP + Water + Carbon dioxide

ATP

Mitosis

Cell cycle

Interphase

r

-Repair-Cell activity-Preparing for mitosis

Prophase

r

Chromatin condenses into chromosomes

Metaphase

r

The chromosomes line up in the middle

Anaphase

r

The chromosomes split apart

Telephase

r

The chromosomes go to the opposite ends of the cell (Creating two sister cells)

Cytokinesis

r

The cytoplasm pinches and splits.

Organelles

r

Cell parts

Cell membrane

r

Regulates the transportation of materials entering and exiting the cell.

Nucleus

r

Acts like a container. It holds the DNA and the nucleolus inside

Nuclear membrane

r

Separates the inside of the nucleus from the rest of the cell.

Chromatin

r

DNA stores the instructions for the cell's jobs.

Nucleolus

r

Creates ribosomes.

Cytoplasm

r

Supports the cell and organelles.

Endoplasmic reticulum

r

Transports materials throughout the cell.

Ribosomes

r

Makes protein.

Mitochondria

r

Powerhouse of the cell, creates ATP/energy.

Golgi bodies

r

Packages useful materials and sends them outside the cell.

Lysosome

r

Breaks down food, waste, and other materials.

Vacuole

r

Animal: Helps squeeze out waste products.Plant: Is bigger and helps maintain shape.

Plant systems

Root and Shoot

Meristematic tissue

r

-Responsible for growing new parts of the plant.-Unspecialized tissue capable of dividing by Mitosis

Epidermal tissue

r

Forms the protective outer covering.

Ground tissue

r

Stem: Provides strength and support.Roots: Stores food and waterLeaves: Where photosynthesis occurs

Vascular tissue

r

Transports substances from the roots to the leaves.

Plant cells

r

(Also includes all animal cells)

Chloroplast

r

Allows plants to capture the energy of the sun in energy-rich molecules.

Photosynthesis

Cell wall

r

Provides support and strengthens the cell. Also gives the cell its shape.

Microscope

Base

Arm

Eyepiece

r

10X Magnification

Objective lenses

High power lens

r

40X Magnification

Medium lens

r

10X Magnification

Low power lens

r

4X Magnification

Stage

r

Supports the slide for observation

Stage clips

r

Holds the slide in position on the stage

Chemistry

Matter

Pure substance

Compounds

Ionic compounds

r

-Simple binary-Multivalent metals-Polyatomic ions

Molecular compounds

Elements

Mixtures

Heterogeneous mixtures

Mechanical mixtures

Sustentions

Homogeneous mixtures

Solutions

Properties of matter

r

Property: A characteristic that can be used to describe or identify a substance.

Qualitative

r

(Physical)

State

r

Solid, liquid, gas

Subtopic

r

Colour

Luster

r

Shiny or dull

Texture

r

Smooth or rough

Clarity

Solubility

Quantitative

r

(Number)

Melting point

Boiling point

Density

Chemical property

Corrosion

Combustion

Reaction to acids and bases

Changes of matter

Physical change

Chemical change

Atom

Proton

r

-Positive charge-Mass of 1

Neutron

r

-Neutral -Mass of 1

Electron

r

-Negative charge-Mass of 0

Ion

Cation

r

-Positively charged ion-Metal

Anion

r

-Negatively charged ion-Non-metal

Polyatomic ion

r

ADD THINGS

Molecular compounds

r

Formed when two or more different non-metals combine.

Acids and Bases

Acids

r

-Sour-Corrosive-Dissolves in water-Conducts electricity-Contains non-metals-Produces hydrogen ions when dissolved in water Non-metal + Oxygen --> Non-metal oxideNon-metal oxide + Water --> Acid

Carbonic

r

H2CO3-Carbonation (Coke, AHA, etc.)

Sulfuric

r

H2SO4-Batteries

Acetic

r

HCH3COO-Vinegar (Weak)-Cleaning product (Strong)

Hydrochloric

r

HCL-Stomach acid

Citric

r

H3C6H5O7-Sour fruit -Sour candies

Bases

r

-Bitter-Corrosive-Dissolves in water-Conducts electricity-Contains metals-Produces hydroxide ions when dissolved in water Metal + Oxygen --> Metal oxideMetal oxide + Water --> Base

Neutralization Reaction

r

A chemical reaction between an acid and a base that produces water and salt

Reactions

Synthesis

Decomposition

Single displacement

Double displacement

Climate

Combustion

Complete

r

Fuel + Oxygen --> Carbon dioxide + Water

Incomplete

r

Fuel + Oxygen --> Carbon dioxide + Water + carbon Monoxide + Carbon (Soot)

IPCC

r

IntergovernmentalPanel onClimateChange

Clean energy generation

Circular economies

Sustainable farming

r

+ Healthy diets

Climate change

Greenhouse gases

Anthropogenic greenhouse gases

r

Human activity which causes additional emissions of greenhouse gasses.

Adaption

r

Adjusting lifestyles and activities to our changing climate.

Mitigation

r

Avoiding and reducing emissions of heat.

Carbon dioxide

r

-Deforestation-Gas-Fossil fuels

Methane

r

-Coal mining

Nitrous oxide

r

-Fertilizer-Gas-Fossil fuels

Natural greenhouse effect

Albedo effect

r

The lighter the surface, the higher the Albedo increases, more sunlight is reflected out to space.

Biosphere

r

Traps heat

Hydrosphere

r

Transfers water and heat throughout the atmosphere in the form of water vapor and precipitation.

Atmosphere

r

The atmosphere traps the sun's heat and other greenhouse gases.

Methane

r

-Natural gas leaks

Physics

Light

Electromagnetic spectrum

Radio waves

Microwaves

Infrared

Visible light

r

-Red-Orange-Yellow-Green-Blue-Indigo-Violet

Ultraviolet

X Rays

Gamma rays

Optics

r

Light: A wave of energy that travels in different lines which illuminates things.

Transparent

r

All light passes through.

Translucent

r

Some light passes through.

Opaque

r

No light passes through.

Colour mixing (RGB)

r

-Addictive colour model-Primary colours

Red

Green

Secondary colours (CMY)

r

(Can't connect to 'Red', 'Green', and 'Blue' at the same time)

Cyan

r

Green + Blue

Magenta

r

Red + Blue

Yellow

r

Red + Green

Blue

Mirrors

Plane mirrors

Regular deflection

r

The reflection of light off a smooth surface

Diffuse reflection

r

The reflection of light off a rough surface

SALT

r

SizeAttitudeLocationType

Curved mirror/lens

Concave mirror/lens

r

Converging mirror

Convex mirror/lens

r

Diverging mirror

Eye

Cornea

r

Protects structures inside eye.

Iris

r

Muscles in the iris control the pupil

Pupil

r

Lets light into the eye.

lens

r

Inside the eye, there is a convex lens