Hey [BFF's name]! Don't worry, I'm here to guide you through mitosis. Right now, we're in interphase, just hanging out as uncoiled chromatin, but soon we'll start our journey to m…
biology mitosis pov prompt-
write a message to your bestie using this prompt:
pretend your best friend is your sister chromatid. she/he/it is uncoiled and living as chromatin. your home cell is done with interphase and is about ready to go through mitosis
your bff is lost and doesnt know what to do to make it through mitosis.
you need to explain to them step-by-step how to make it through the process so they can find their new home in one of the daughter cells. you must also tell them why making daughter cells is so important to your home organism.
you may use drawings as well as a written explanation to respond to this prompt
it will count as a myp a, c, and d summative grade.
biology mitosis pov prompt-
write a message to your bestie using this prompt:
pretend your best friend is your sister chromatid. she/he/it is uncoiled and living as chromatin. your home cell is done with interphase and is about ready to go through mitosis
your bff is lost and doesnt know what to do to make it through mitosis.
you need to explain to them step-by-step how to make it through the process so they can find their new home in one of the daughter cells. you must also tell them why making daughter cells is so important to your home organism.
you may use drawings as well as a written explanation to respond to this prompt
it will count as a myp a, c, and d summative grade.
To respond to this prompt, we'll write a message from the perspective of a chromatid (in interphase, uncoiled and ready for mitosis) to its BFF (a sister chromatid) explaining mitosis step - by - step and the importance of daughter cells.
Hey [BFF's name]! Don't worry, I'm here to guide you through mitosis. Right now, we're in interphase, just hanging out as uncoiled chromatin, but soon we'll start our journey to make new homes in daughter cells!
First up is prophase. Our chromatin starts to coil up into chromosomes, and we can see that we're each made of two sister chromatids (that's us!). The nuclear membrane starts to break down, and the spindle fibers start to form. It's like we're getting ready for a big move!
Then comes metaphase. We (the chromosomes) line up right in the middle of the cell, at the metaphase plate. It's like we're waiting for our cue to split up. The spindle fibers attach to our centromeres, getting ready to pull us apart.
Anaphase is next! The spindle fibers pull us (the sister chromatids) apart. We start moving to opposite ends of the cell. It's a bit of a rush, but we're on our way to our new homes! Now we're called daughter chromosomes as we move towards the poles.
In telophase, we reach the opposite ends of the cell. A new nuclear membrane forms around each set of us (the daughter chromosomes), and we start to uncoil back into chromatin. The cell also starts to pinch in the middle (if it's an animal cell) or form a cell plate (if it's a plant cell) to divide into two.
Finally, cytokinesis happens. The cell splits into two daughter cells. Now we each have our own new home in a daughter cell!
Making daughter cells is super important for our home organism. These daughter cells can grow and divide again, helping the organism grow, repair damaged tissues, and replace old cells. Without mitosis and the production of daughter cells, our organism wouldn't be able to function properly or stay healthy.
Hey [BFF's name]! Don't worry, I'm here to guide you through mitosis. Right now, we're in interphase, just hanging out as uncoiled chromatin, but soon we'll start our journey to make new homes in daughter cells!
First up is prophase. Our chromatin starts to coil up into chromosomes, and we can see that we're each made of two sister chromatids (that's us!). The nuclear membrane starts to break down, and the spindle fibers start to form. It's like we're getting ready for a big move!
Then comes metaphase. We (the chromosomes) line up right in the middle of the cell, at the metaphase plate. It's like we're waiting for our cue to split up. The spindle fibers attach to our centromeres, getting ready to pull us apart.
Anaphase is next! The spindle fibers pull us (the sister chromatids) apart. We start moving to opposite ends of the cell. It's a bit of a rush, but we're on our way to our new homes! Now we're called daughter chromosomes as we move towards the poles.
In telophase, we reach the opposite ends of the cell. A new nuclear membrane forms around each set of us (the daughter chromosomes), and we start to uncoil back into chromatin. The cell also starts to pinch in the middle (if it's an animal cell) or form a cell plate (if it's a plant cell) to divide into two.
Finally, cytokinesis happens. The cell splits into two daughter cells. Now we each have our own new home in a daughter cell!
Making daughter cells is super important for our home organism. These daughter cells can grow and divide again, helping the organism grow, repair damaged tissues, and replace old cells. Without mitosis and the production of daughter cells, our organism wouldn't be able to function properly or stay healthy.
To respond to this prompt, we'll write a message from the perspective of a chromatid (in interphase, uncoiled and ready for mitosis) to its BFF (a sister chromatid) explaining mitosis step - by - step and the importance of daughter cells.
Hey [BFF's name]! Don't worry, I'm here to guide you through mitosis. Right now, we're in interphase, just hanging out as uncoiled chromatin, but soon we'll start our journey to make new homes in daughter cells!
First up is prophase. Our chromatin starts to coil up into chromosomes, and we can see that we're each made of two sister chromatids (that's us!). The nuclear membrane starts to break down, and the spindle fibers start to form. It's like we're getting ready for a big move!
Then comes metaphase. We (the chromosomes) line up right in the middle of the cell, at the metaphase plate. It's like we're waiting for our cue to split up. The spindle fibers attach to our centromeres, getting ready to pull us apart.
Anaphase is next! The spindle fibers pull us (the sister chromatids) apart. We start moving to opposite ends of the cell. It's a bit of a rush, but we're on our way to our new homes! Now we're called daughter chromosomes as we move towards the poles.
In telophase, we reach the opposite ends of the cell. A new nuclear membrane forms around each set of us (the daughter chromosomes), and we start to uncoil back into chromatin. The cell also starts to pinch in the middle (if it's an animal cell) or form a cell plate (if it's a plant cell) to divide into two.
Finally, cytokinesis happens. The cell splits into two daughter cells. Now we each have our own new home in a daughter cell!
Making daughter cells is super important for our home organism. These daughter cells can grow and divide again, helping the organism grow, repair damaged tissues, and replace old cells. Without mitosis and the production of daughter cells, our organism wouldn't be able to function properly or stay healthy.
Hey [BFF's name]! Don't worry, I'm here to guide you through mitosis. Right now, we're in interphase, just hanging out as uncoiled chromatin, but soon we'll start our journey to make new homes in daughter cells!
First up is prophase. Our chromatin starts to coil up into chromosomes, and we can see that we're each made of two sister chromatids (that's us!). The nuclear membrane starts to break down, and the spindle fibers start to form. It's like we're getting ready for a big move!
Then comes metaphase. We (the chromosomes) line up right in the middle of the cell, at the metaphase plate. It's like we're waiting for our cue to split up. The spindle fibers attach to our centromeres, getting ready to pull us apart.
Anaphase is next! The spindle fibers pull us (the sister chromatids) apart. We start moving to opposite ends of the cell. It's a bit of a rush, but we're on our way to our new homes! Now we're called daughter chromosomes as we move towards the poles.
In telophase, we reach the opposite ends of the cell. A new nuclear membrane forms around each set of us (the daughter chromosomes), and we start to uncoil back into chromatin. The cell also starts to pinch in the middle (if it's an animal cell) or form a cell plate (if it's a plant cell) to divide into two.
Finally, cytokinesis happens. The cell splits into two daughter cells. Now we each have our own new home in a daughter cell!
Making daughter cells is super important for our home organism. These daughter cells can grow and divide again, helping the organism grow, repair damaged tissues, and replace old cells. Without mitosis and the production of daughter cells, our organism wouldn't be able to function properly or stay healthy.
biology mitosis pov prompt- write a message to your bestie using this prompt: pretend your best friend is your sister chromatid. she/he/it is uncoiled and living as chromatin. your home cell is done with interphase and is about ready to go through mitosis your bff is lost and doesnt know what to do to make it through mitosis. you need to explain to them step-by-step how to make it through the process so they can find their new home in one of the daughter cells. you must also tell them why making daughter cells is so important to your home organism. you may use drawings as well as a written explanation to respond to this prompt it will count as a myp a, c, and d summative grade.
1. faster wear due to improper alignment and aggressive driving habits 2. A sudden, explosive, rapid loss of air pressure from a tire 3. opposite; other vehicles 4. It immediately…
- There will be more dark red kidney bean survivors. - There will be fewer light red kidney bean survivors. - There will be more dark red kidney bean offspring the next morning.
1. A stack of mail in a mailbox: New mail is placed on top, so older mail sits at the bottom, matching the "oldest at bottom, newest at top" rule of superposition. 2. (Whale examp…
$490$ square feet
Very active
1. The equation is dimensionally correct, as both sides have dimensions $LT^{-1}$. 2. The velocity equation is $v = k\sqrt{g\lambda}$ (where $k$ is a dimensionless constant). 3. D…
## Part 1 – Bone Cell Identification | Bone Cell | Function (Write the letter) | |-------------|------------------------------| | Osteoblast | B | | Osteoclast | A | | Osteocyte |…
**Forecaster 1**: "We’re tracking an occluded front forming northwest of us—spawned by a mid-latitude low where fast cold air is overtaking warm air. **Forecaster 2**: "This winte…
Official website: mysovi.ai. Question pages are served on question-banks.mysovi.ai. iOS app is distributed through the Apple App Store.
Download on App Store Category: Physics