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Science in the Beginning Lab Kit
- Small parts. Not for children under 3 years.
- Children under 8 years can choke or suffocate on uninflated or broken balloons. Adult supervision required. Keep uninflated balloons away from children. Discard broken balloons at once.
The corresponding lab kit from Nature's Workshop makes finding those "household items" even more convenient. Containing most of the more difficult items to find, this kit saves you time, allowing you more time to enjoy science with your children. You still need to provide various food items (eggs, celery, soda, etc.), binoculars and a few other household items.
Kit includes a 9 Volt Battery, aluminum foil, assorted nuts, various colors of construction paper, balloons of various sizes, black marker, trash bags, thin white box, candle, candle holder, cereal, clay-dough, straws, compact disc (CD), cooking oil, cork, cotton ball, crayons, D-Cell batteries, deep plastic bowls, digital thermometer, dish soap, duct tape, Epsom soap, feathers, flashlights, flavored gelatin, fluorescent light bulb, food coloring, forceps (tweezers), glass jars and lids, index card, iodine, foil baking pan, plastic bottles and lid, lima beans, magnifier, measuring cups and spoons, mirror, modeling clay, notebook, mentos, newspaper page, paper clip, paper cups, paper towels, pen, pencil, pepper, peppercorns, plastic cling wrap, plastic plates, plastic water bottles, rubbing alcohol, ruler, safety goggles, saltine crackers, scissors, paper plates, poly funnel, small shovel, spoons, straight pin, Styrofoam cups, sugar, sunscreen, table salt, tape, tea bag, toilet paper, toothpicks, turkey baster, umbrella, vanilla, vinegar, white cotton string, white paper, wood block, wooden matches and Ziploc bags. ~Deanne
After much speculation and anticipation, Dr. Jay Wile's new elementary Science curriculum is now available, and, dare I say, it was worth the wait! For those unaware, Dr. Jay Wile is the author of the Jr. and Sr. High Apologia Science curriculum which was specifically designed for homeschool family use and he continues in the same vein with this newest offering. Following the days of creation, children are introduced to a wide range of scientific concepts including the nature of light, energy conservation, the properties of air and water, introductory botany, our solar system, basic zoology, and some aspects of human anatomy and physiology. As the students learn about these scientific concepts, they are constantly reminded of the Creator who fashioned the marvels they are studying.
Designed to be used every other day, this one year curriculum contains 6 units, one for each of the days of creation. Each unit includes 12 foundational lessons and 3 challenge lessons, a total of 90 lessons altogether, giving students an in-depth look at science through the lens of creation. While the challenge lessons may be considered optional if you have a science-resistant child, you will find they add depth and enjoyment to the subject being studied.
With the firm belief that children of all elementary ages can learn together, each lesson offers a hands-on activity or experiment (parental supervision required), three pages of reading and review assignments subdivided into three levels: Younger, Older and Oldest. Wisely, Dr. Jay has given you, the parent, the discretion to select the best level for your student(s), making this practical and easy to use with varied ages and abilities. Let me give you an example of the questions and how their level of difficulty increases from lesson 9, Day 1 of Creation: Younger Students: Where does your eye's lens focus the light that passes through it? What do the rods and the cones do in the eye? Older Students: Make your own drawing of the eye, based on the one you see on pg. 25. Label the cornea, lens, retina, and optic nerve. Make a note that the rods and cones can be found on the retina. Also, point out in the drawing where the blind spot is, and explain why it is a blind spot. Oldest Students: Do what the older students are doing. In addition, I want you to predict what would happen if I changed the instructions in the experiment. Suppose I asked you to hold the book so the red squares are just to the left of your nose. Then, suppose I told you to close your right eye and look at the red and blue circles with your left eye. Then, suppose I asked you to bring the book closer and closer to your face. Can you predict what you would eventually see? Write down your predication and then see if it was correct by actually doing the experiment that way.
The Hands-on Activities or Experiments primarily use common household items, but please note that we are working to offer a prepackaged kit for your convenience, please check online or call customer service to see if it is available. Supply lists by unit and "Materials that may take some time to acquire" are conveniently located in the front of the text, making it easy to secure items ahead of time. Curious about what materials may "take some time to acquire?" Here is a sampling of the above designated items: iodine, medicine dropper, Root Kill, Binoculars, compact fluorescent light bulb, etc. - things that are easy to buy, but you don't necessarily have on hand.
While the hard-cover textbook contains all of the necessary instruction, the author has provided parents with a "Helps & Hints" soft-cover book which offers experiment and activity notes, answers to all three levels of questions and optional tests (with answers) which are reproducible for family use. The author recommends students keep notebooks of activities/experiments and lesson questions to evaluate learning, but has graciously provided optional tests for the families who want to expose older children to test taking or those who like the test taking option for children of all ages.
Printed Student Notebooks for the Older and Oldest Student include the review activities and space for the student to respond. Lab Kits provide most items used for hands-on activities to better organize your day. An Audio USB Flashdrive provides readings of the text and experiments.
At this point, you may wonder how this compares to the Elementary Apologia curriculum. At first glance, the main difference is the scope of topics. All science topics are presented in this one book, whereas the Apologia Elementary courses study a single topic in-depth. The format of Science in the Beginning is most similar to the upper level Apologia texts with step by step experiment instructions and lesson reviews. Fully illustrated graphics are plentiful but not as bountiful as in the Apologia elementary. Also noteworthy, each lesson in this book contains 3 pages of textual reading making it less than the average daily readings in the elementary Apologia courses.
This is a well done course that provides younger children an exceptional introduction to science topics along with offering your budding Jr. High student an excellent preparation for the higher level sciences. Set contains the hardcover Textbook and the Helps & Hints, or the books are available separately. ~ Deanne
Product Format: | Other |
---|---|
Grades: | K-6 |
Brand: | Nature's Workshop |
Length in Inches: | 17.5 |
Width in Inches: | 12 |
Height in Inches: | 9.5 |
Weight in Pounds: | 11.65 |
The oldest serves as our lab assistant and reads the lesson and assists me with supplies and teaching.
We love the lab kit and truly recommend it. The organization is fine for us. It's alpha by name and also organized by lesson, in numerical order. Each lesson shows the items needed and the bags to find them in. The list also shows which FUTURE lessons you will need that supply.
Great purchase!
They are currently on order from the supplier and we are just waiting for them to come in. We are hoping to have them by the first of October.
At the Berean Builders website, there are free downloads available to use along with the textbook.
Not for each experiment, no, since many items are used in multiple experiments. They ARE in bags with labels to help you find what you need as well as a guide that has each lesson listed in order and what you need to get from the box as well as anything you may need to provide yourself.
I have been VERY happy with this box since there is a simple experiment for every single lesson. That's a lot of small items that I would have to round up every time. I've found it easy to use.
The list of things you provide in addition to the kit is as follows, condensed from a list included with the kit (covering all 90 Lessons):
Kitchen items:
A glass of water
A clear glass or plastic bowl
Fork
A rectangular glass baking pan that is clear
A glass shorter than a pencil
Hot pads
Microwave, refrigerator, freezer, stove
A saucer
A small saucepan
Two pans that are taller than a saucepan
Oven mitts
A cheese grater
Kitchen tongs
Sink with a plug (several experiments)
Small cookie cutter or melon baller
Three dinner plates
Three small bowls
A serrated knife
A can opener
Two large metal spoons
Large bowl
Food items:
Water
Milk
Can of Coke or Pepsi
Can of Diet Coke or Diet Pepsi
Ice cube
An onion
A fresh orange or apple
A potato
2 2-liter bottles of Diet Coke
Ice cubes
A fresh carrot
Various food scraps
An egg
An uncooked egg
A hard-boiled egg
Butter
An uncooked chicken drumstick
A bone from uncooked t-bone steak (optional)
Shortening, lard, or butter
A few strands of cooked spaghetti
A cup of chilled lemon juice
Other:
Ten small coins (pennies)
A remote control and what the remote controls
A cheap digital camera with a screen
An additional flashlight
A plastic 2-liter bottle (For 4 experiments)
Four quarters
Soap
Towel
A broom
Samples of dirt from two different places
Eight small rocks
Hammer
A knife
A houseplant
A deep cardboard box
A roll of toilet paper
A ball that fits in your hand (baseball)
A large ball
Binoculars
Some heavy books
Long-stemmed lighter
A bathtub
A small rug
A section of floor that is either hardwood, tile, or linoleum
Something with velcro
A shower with curtain rod
Two sets of pliers
An earthworm
A sock
Paper towels
A swimsuit
A metal can (like a soup can)
Magazine or book with smooth, glossy finish
No, I don't think so. Each experiment can be viewed by all and depending on the child's age have them do different steps in the expirments.
I've done this curriculum twice now--first without the kit, then with. And yes, you can gather most of the items on your own and probably save money. What I found, however, was that I didn't always have the right size of balloon or whatever, on the day we needed it, and then there was a trip to the store needed and the project pushed back, etc. If you're really organized and will truly have it all ahead of time, then go for it and save the money. You have to realize, that just like with prepared foods, you pay for convenience. I decided the second time to cough up the money for the convenience of having everything there when I needed it. And I got a few nice items I can actually use--nice set of measuring cups, umbrella. Again, not worth the full price of the kit, but a plus. On the other hand, I often find myself running to the kitchen for tinfoil, rather than using the piece provided in the kit. It all boils down to how much the convenience is worth to you, having everything in one place, right when you need it (i.e. peppercorns) What price do you put on that? Different answer for everyone.
The textbook corresponding to the Science in the Beginning Lab Kit progresses through general science topics corresponding with the 7 days of Biblical creation beginning with an excellent discussion of energy and light, moving through matter, water, astronomy, plants, zoology, human senses, and rest hitting a great variety of topics that are foundational for younger students to get a grasp on science. I worked through this kit and text with my 3rd grader last year; it's my favorite science curriculum yet for combining fun and easy science experiments with a very rich development of scientific principles.
Not to do each experiment twice; although you could do some of the most simple ones twice; but more than one child could certainly participate in the experiments with no problem at all. Each child could be given a task for each "one time" experiment so multiple children can participate. One example I can think of is putting a battery in salt water. The kit only comes with one battery, but you have to put it into three different cups, so you could either buy more batteries or allow multiple children to move the battery from one salt solution from the next. I hope that helps! I highly recommend the kit to make preparation easier!
There are four nuts - a peanut, a hazel nut, an almond, and a pecan - each in its own shell. The four nuts are packaged together in a completely sealed plastic packet that is within another zipper-sealed plastic bag.
There are four nuts in this lab kit package - a peanut, a hazel nut, an almond, and a pecan. All are in their own shell. They are packaged together in a sealed plastic pouch which is within another zipper-locked plastic bag.
I chose this lab kit to complement our Science in the Beginning curriculum. Thank you!
to ensure I have all i need for our science in the beginning this year
Save me time and prep
Hoping to complete more science labs next year!