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Welcome to Michele Cole's Web site.

Michelle Cole

Name: Mrs. Michelle Cole
Email Address: mcole@portville.wnyric.org
Phone number: 933 - 6000, ext. 3308


Hello everyone.
I am very bad at keeping this page up to date. I will do my best to keep you all in the loop.  Right now, I am working on scientific method and we are using meal worms to conduct some experiments and put the scientific method into action. I will be finishing this unit by October 9th and that will be a test on scientific method and meal worms. 


Homework assignments

There have been 2 homework assignments so far.

The Scientific method

Method is key

Metamorphosis of Insects due Friday, October 2


Science Notes for September

Scientific Method:
Observation + question - Problem
Research
Hypothesis (educated guess)
Plan
Experiment
Collect data (results of experiment)
Conclusion - errors, application, extensions, was the hypothesis proved right or wrong

Variable - things that change
Independent variable - the part of the experiment that you change
Dependent variable - data that is found form the independent variable
Control - what the independent variable is compared to
Constants - what are the same is all the experiments

Quantitative results - numbers put on graphs, tables and charts
Qualitative results - pictures and illustrations added

Metamorphosis - Complete - 4 stages - egg, larva, pupa ( in a chrysalis or cocoon), adult
Incomplete - 3 stages - egg, nymph, adult

If.... Then statements are the way we will be writing our hypothesis

Be able to label parts of a meal worm.

Pendulums -
bob
mass
tension


Test Alerts

The progressive test will be on November 3. It will be on all the notes we have taken as of this Friday. A 5 point bonus will be given to the students with a parent signature on the study guide. Study guides will be given out on Wed. Oct. 28. Thank you.


Plant Cell Parts:

cell wall -Protects and supports the cell
cell membrane - controls what enters and leaves the cell
vacuole - storage area - water
chloroplast- converts energy to food for the cell - from the sun
endoplasmic reticulum - transports materials in the cell
nucleus- command center, directs the cell's activities
ribosome - builds proteins for cell function
golgi body - receives, packages and distributes materials
mitochondria - powerhouse of the cell, produces energycytoplasm - gooey fluid that fills the cell and holds the organelles in place


Seed Plant Parts
  • Seeds – structures that contain a young plant inside a protective covering.
    • Embryo
    • Stored food
    • Seed coat - protection
  • Embryo – a young plant that develops from a fertilized egg
  • Cotyledons – food
  • Seed dispersal –
    • Animals
    • Water
    • Wind
  • Germination – the early growth stage of the embryo – absorbs water
  • Leaves – capture the sun’s energy and carry out the food-making process of photosynthesis
  • Transpiration – water evaporates from the leaves
    • Stomata - -pores ( like mouths – let water and air in and out
  • Stems –
    • The stem carries substances between the plant’s roots and leaves.
    • Provides support for the plant and holds up the leaves so they can be exposed to the sun
  • Roots – anchor a plant in the ground and absorb water and nutrients from the soil
  • Taproot - - dandelion – one
  • Fibrous root – branch out underground – treesSeed Plant Parts

Plant Parts

Fertilization takes place when the pollen that is found on the stamen which includes the anther ( which is held up by the filament ), is caught on the sticky part of the plant called the pistil which is made up of the stigma ( which is attached to the style ). The pollen then moves down the style to the ovary where ovules ( eggs ) are located. The pollen then fertilizes the egg and then makes it turn into a pollinated seed. The petal of the flower is usually brightly colored to attract a bee, insect or bird.