In this assignment, I’m going to be writing about all the daily things I do in a day and seeing how it effects the environment.
Some days when the weather is bad, my parents drive me to school or pick me up. We are mostly outdoors, going shopping or family friends house, always using the car. We mostly drive up to 30min. This effects our atmosphere. Using cars daily is not good for the environment because cars create pollution by letting out carbon dioxide, and cars need gas which means building pipelines is necessary. So there is a big chance of gasoline leakage. A good way to reduce air pollution is to walk/bike to school and take the bus or subway when going somewhere far.
At home, the lights are on almost everywhere. The nights are longer and the days are shorter so there’s never enough sun in my house. One light in my house that is always on is the living room/kitchen light. No matter if someone is in the room or using the light, its always on. Even when my family goes out and no one is home. This effects our hydrosphere because that’s where we get most of our power. The chemicals in light bulbs is bad for the environment because it wastes energy and once you use it, you cant use it again. A good way to save your money and the environment is to turn off the lights around your house that you don’t use or use LED lights.
I use water daily, for brushing my teeth, showers, washing dishes… etc. Sometimes the tap is running when I don’t use it. This effects our hydrosphere. A good way to save the environment is to turn off the tap when its not in use, take shorter showers, wash clothes all together than in separate chunks.
My class and I have been collaborating with Mr. Fogarty, Eladio and Dennis from New Brunswick and the Dominican Republic to help with light poverty. We’ve have done 2 skype chats with Eladio and Dennis, and one with Mr. Fogarty to talk about all the creations and idea plans we have made to help light poverty. One groups in the class have been fundraising while 2 other groups have been creating shakeable magnetic flashlights and LED flash lights.
So far, what my group and I did for Engineering Brightness is mostly spread the awareness for light poverty. The goal for my group and I (Andrew and Taylor) was to let everyone know about our Engineering Brightness project. We were thinking of collaborating with Rapid Change to raise some money by putting together a bake sake or something like that, but never got to doing it.
I did talk to rapid change during one of their meetings and to try and see if they could help donate some money for light poverty. They responded and said that they were struggling themselves to make money for their own campaign which we totally understood, but if we teamed up and did a bake sale, we could have split the profit. I thought that since fundraising would take a while, it was a little too late for that so we decided not fundraise. But other than that, my group and I did spread the word around different schools and cities. Its better than not accomplishing anything at all.
Working on this Engineering Brightness project has help me learn a lot and to gain many valuable skills. I got to learn how some places all over the world don’t have enough light sources as we do here in Canada. Learning about it and helping fundraise has helped me to get better at talking to other school groups, thinking of big ideas to help those in need and collaborating with other students programs in school. Although my group and I had set a learning goal that we were not fully able to reach, I think me and my group made a great job on raising awareness and working together. Almost reaching our learning goal. What I’ve learned from this to set smaller goals in the future that I know I can achieve.
Asexual reproduction needs one organism to form a clone. Meaning that all genes come from one parent, so it is genetically identical.
Types of asexual reproduction
Binary: one cell organism splitting into 2 identical copies
Budding: is the splitting of an organism into both, having the same DNA. For example, yeast and hydra
Fragmentation: organism reproduce by breaking into pieces
Vegetative reproduction: form of asexual reproduction in plants. New plant grows from a vegetative part
Spore formation: single cells that grows into a new organism. Like bacteria, micro-organism and fungi
Many offspring are reproduced quickly from one parent
The more clones, the better survivals of species
No need to find a mate
One wrong mutation can destroy a large numbers of offspring
Some offspring get close together and fight for food and space
Poor conditions can wipe out whole colonies
Sexual reproduction needs both male and female organism. It combines genes from a mother and a father to make a genetically unique organism.
More genetic variation species
Children are different from parents
Able to produce more offspring because of mate
Slower reproduction rate
Less reliable reproduction
Takes a while and energy to find a mate
Mitosis is where the cell cycle content divides and forms 2 daughter nuclei, making copies. It produces 2 identical daughter cells from one parent. Also used in asexual reproduction. There are 4 steps to this and that is…
prophase: nucleus disappears, centriole and spindle fibers form chromosomes
Metaphase: chromosomes line up down the middle
Anaphase: the centromeres break apart the daughter chromatids
Telophase: 2 nucleus membranes form and spindle fiber begins to disappear
Meiosis is a cell division that requires 2 parents. Its a two step division, meiosis I and meiosis II, which is PMAT times 2. It starts off with 46 chromosomes and ends with 23 and all cells are different from each other.
Mitosis is only one cell division, but meiosis is a 2 cell division. Meaning mitosis makes identical copies but meiosis does not. One is a reproduction process, when asexual reproduction is used in mitosis. Another difference is that mitosis occurs in all organism, meanwhile meiosis only occurs in humans, animals, plants, and fungi.
Every living organism starts life as a single cell. As it grows, it adds more cells to form more tissues. Growth and development are not the same. Growth is the increasing size and mass of an organism, while development is the transformation of the organism as its growing through the growth process. Some organisms growing has extreme transformations, just like a butterfly. They start off small and grow big, and their end results are just like their parents. Some organisms can take a long or short time to grow, and they don’t live forever. Some might live for many years and other only for a few days. Also when a cell gets injured or bruised, it has to grow new cells, which is the process of mitosis.
Internal fertilization: is when sperm cells go into the female body and meet an egg cell. The sperm penetrates the egg and the fetus starts to develop
External fertilization: is a male organism’s sperm fertilizing a female organism’s egg outside of the female’s body
Pollination: the transfer of pollen to a plant for fertilization
Fetal development: is a antenatal human between the embryonic state and birth
Mating/methods of fertilization: is the process by which gametes arrive in the same place at the same time
I’ve learned a lot about First Peoples Principles while doing our SSEP and Engineering Brightness projects. I got to reach some goals I never knew I could reach. It helped me to connect with people from my school to those in all different provinces. First peoples principles connects with the work that we are doing now is class.
Generational roles and responsibilities: Learning somethings has many roles and responsibilities. Knowing what you learned, what your suppose to do and taking action. Not leaving everything behind for your group to do because you’re too lazy. Doing your work and putting in lots of effort will make you feel great for what you did and will help your group a lot. I think that responsibility is a big detail in FP principles of learning.
Connectedness: The biggest thing we did for SSEP and Engineering Brightness was connecting with people. Like connecting with the those in our group and creating many ideas and plans, connecting with other school groups and emailing someone important around the world to help get the answers you need. I believe that in big projects like the 2 that we did is best for collaborating with other classmates. We get more ideas, bigger plans, and get to hear more from everyone.
Time and patients: Timing and patients is everything in projects like these. Thinking of a plan on what to do and finally making it happens takes lots of time also connecting with other people and finally presenting is lots of work. Writing a daft of what your assignment is on and waiting for an email back from a special person. Its all about timing. Especially if you want the project to turn out great.
When working on SSEP and EB, everybody had a big role and responsibility to do for their group. Putting in all our effort and time. Both of my groups had lots of fun and also learned a lot. I did some responsibilities I didn’t know I could do like helping to think and create an experiment that could be sent to space, or connecting with many people around the school and city to raise money for light poverty. I think that timing and effort is the key in first peoples principles of learning which is what the class and I did.
I result from trisomy 21, which means each cell in my body has three copies of chromosome 21 instead of the usual two copies. Let me break it down. Every human cell has 46 copies. Half of from your mom (23 chromosomes) and half from your dad (23 chromosomes). But what if one parent gives you an extra chromosome? Well, that’s where I step in, instead of having the regular 46 chromosome, I have 47. My genes in chromosome 21 interferes with the course of normal development.
My effects start at birth, but sometimes I can start at adulthood. Here are some of my effects: hearing problems, congenital heart disease, eye problems, seizure disorders, bone, muscle, nerve, or joint problems, cancers, developmental delay, etc..
My host, Amanda, has down syndrome. I deal with her physical growth delay, facial appearance and other disabilities. But her abilities, strength and weaknesses are the same as everyone else. Although I am not curable, you’re going to have a long, happy life with me. I am easy to rear with and I make everyone with down syndrome unique.
Effects of down syndrome/ what are the symptoms and side effects of down syndrome?
I researched about down syndrome and I asked the people around me what they knew about it. I combined all my information to make this blog post.
I looked at different websites and compared my answers for the right information and I didn’t just depend on one website.
In the beginning, this assignment seemed very challenging and difficult for me to do. I thought I could never get through it. I think the process of completing this challenge was very straight forward and I was able to learn a lot from researching. But maybe I should have added more information and pictures than I should have to give a better understanding on down syndrome.
My class and I skyped and talked to the staff members Eladio, Dennis and their students from the Dominican Republic. We also talked to Ian Fogarty and his class from New Brunswick, giving us information and ideas to move ahead with our class plans. I think it was a very fun experience and a great way to learn more about the Dominican Republic. We got some great ideas from Mr. Fogarty. We were discussing about how we could make flash lights for those going through light poverty.
The ideas for connections me and my group have made was trying to raise money by fundraising to building flash lights. All the money would go to our teacher, Mr. Robinson and he would know what to do from there.
What I learned so far:
My class and I talked to Eladio, Dennis from the Dominican Republic and Mr. Fogarty and his class from New Brunswick.
I was very interested in knowing how the students from the Dominican Republic live without electricity half the time. Than it got my group and I thinking on how to help with that.
I felt that this experiment would be very challenging to do but at the end, it would be very helpful for those going through light poverty. Although I feel that my group and I might not go far with the fundraising, we will do the best we can.
The idea me and my group came up with was to make a fundraiser and raise money to make flashlights.
We have not done a lot so far, but we are thinking of connecting with city hall or Rapids change right here in Riverside to help spread the words about engineering brightness and maybe start fundraising. We hope that the rapid change is a big help with that.
b) Because its a large seize and doesn’t have a lot of liquid/juice.
The three fruits we used were an orange, green apple and yam.
Type of fruit or vegetable
It went two segments forward from the zero
It went two segments forward from the zero
It went two segment forward from the zero
My group and I observed that the higher voltages caused the pointer to go backwards. We did not have a lightbulb to hook up to the circuit, so we hooked it up to the volt meter. We didn’t cut open the fruits, so we just pushed the nail into the fruit and hooked up the wires.
If your bulb doesn’t glow, why not?
The light bulb might not work
The wires in the circuit needs to be sorted differently
Not enough volts
What is causing electrons to flow in this experiment?
The voltage gives energy for the electrons to move in the circuit.
The fruits or vegetables we used gave the same voltage. My prediction was half correct because it did give the most voltage. It was all the same. If the class is doing this experiment again, I would bring a carrot in our experiment to see what voltage that would give.
In the past 2 months of school, I have learned and discovered a lot about our SSEP project and microgravity. This program has been very fun to do and I have worked with many people. Here are some things I’ve learned.
The problem my group and I were trying to solve was if hand sanitizer and rubbing alcohol can kill bacteria in microgravity as effective as on earth? What is microgravity? Microgravity is very weak gravity, as in an orbiting spacecraft. We tested our experimental group by getting bacteria from the bottom of a shoe on paper and tried to clean it with rubbing alcohol and hand sanitizer mixed. An experimental group is a group where the experiment is being tested, recorded and changed. There is also a control group where the experiment is not been touched and is completely normal. Than two groups are compared. My group and I did not have a control group, but a experimental group. And are still waiting for the results.
My group and I researched lots of science experiment to find the one my group and I liked the best. My group didn’t need the internet to get our experiment idea, I was using hand sanitizer to clean my hands and I was thinking if the bacteria from my hands could kill the same way with hand sanitizer in space like it does on earth. I told my group and they thought it would be a good experiment idea to work with. We went into further studies and found some information that would help us put together this experiment. But than we got some issues like, where would we get bacteria from, how is it going to fit in a small tube or how can the alcohol/hand sanitizer reach the bacteria in the tube. My team and I thought that this experiment wouldn’t work that well, so we tried looking for other experiment we could do. We didn’t find anything else that caught our attention, so we went back to the bacteria idea and got some help from the teacher.
We dreamed for lots of experiment to work out for us but we weren’t quit sure. Here are some of the experiment we were thinking of doing.. alcohol killing bacteria, food rotting (cheese-salmonella), hair growth, can a chic hatch in space, crystals, centipedes, red worms, can bees produce honey, rocks and fossil fuels. Almost all these ideas we had were to difficult or to “big” for the tube. So we just went with the smallest idea we could find.
Design and Deliver:
Everyone in the group had a part to do when we got to our proposal summary. We all researched what we could and checked other experiments so we could get the best proposal we could. We put in all our research and knowledge together and made a roughed draft of our proposal summary. Everyone got one part to finished and had to put our everything onto it. We put together our rough draft and more ideas to make our good copy proposal summary.
This SSEP assignment was a big challenge for me and everyone in my group. Choosing which experiment to do and how well it works. Trying to put our proposal summary in the best way possible. I think what went well in this program was doing the bacteria lab. It was very fun and easy to understand. Although it did take a while to find out which bacteria had the most ‘bacteria’, we got our product and watched it grow.
I feel that our proposal summary could have done better, because we didn’t get much time to finish our rough draft and correcting everything perfectly. It was very stressful for my group and I too get everything correctly and on time before the day it was due. I think that if we had more time to think and get our summary together, it would have came out more better than it should and my group would be happy.
But over all, this SSEP program was pretty fun and interesting to do and make.