1. Cell Membrane - A cell membrane in a cell is like the turnstiles and gates of a baseball stadium. The cell membrane is selectively permeable and the turnstiles or gate only let people with a ticket into the stadium 2. Cell Wall - The cell wall in a cell is just like the support beams of a baseball stadium. The cell wall gives the cell structure and so do the beams of the stadium. 3. Mitochondria - The mitochondria in a cell is like the crowd at a baseball game. The mitochondria gives the cell energy just like the crowd does at a baseball game. The crowd gets the players pumped up by cheering and yelling. 4. ER - The ER in a cell is responsible for guiding and transporting proteins to the golgi. In baseball the base path guides the player around the bases and towards home plate. This is …show more content…
Golgi - The golgi packages and delivers items out of the cell. The golgi is just like a pitcher in baseball. The pitcher gets the ball from the catcher and then delivers it to the batter. The pitcher delivers the ball the golgi delivers items out of the cell. 6. Ribosomes - In a cell ribosomes make proteins and they pretty much just float around in the cytoplasm. In baseball players roam the field and they make plays, by catching the ball or throwing the ball to a base for an out. Ribosomes make proteins and baseball players make plays. 7. Cytoplasm - The cytoplasm in a cell hold the organelles in place and fills the extra space in a cell. Cytoplasm is just like the seats in a baseball stadium. The seats hold the crowd in place during the game. 8. Lysosomes - Lysosomes help the digestive process. They contain enzymes that speed up the process and help digestion of food and other materials. Lysosomes are like mitts in baseball. Mitts allow the player to engulf or take in the ball faster and easier. 9. Cytoskeleton - The cytoskeleton gives the cell its shape. The cinder blocks and other building materials in the stadium give the stadium its shape and
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3.1 Project Methodology In order to make sure that this project is on track, proper planning and scheduling is crucial. It is necessary to identify the significant key points which are photocatalytic activity of SWCNTs, properties of carbon nanotubes and titanium oxide, available testing procedures using scanning electron microscopy (SEM) and other spectroscopic methods. In this section, a brief detail provided regarding the methods used, sol-gel, hydrothermal and electrospinning. Also, the available tests that will be used are explained.
Once, the current rating and voltage rating are chosen, one needs to look at the data sheet of the connector to check whether it meets the given specifications. In the datasheet, one should look at the test procedure used to arrive at the specifications and check whether it meets the test standard. Not everyone uses the same testing criteria, so ensure you understand how these specifications were derived. It should also be confirmed that the contact will support the conductor size that has been chosen. A non-compatible conductor could cause overheating issues, leading to premature connector failure.
#include #include #include "utility/debug.h" #include "utility/socket.h" #include #include // These are the interrupt and control pins #define ADAFRUIT_CC3000_IRQ 3 // MUST be an interrupt pin! // These can be any two pins #define ADAFRUIT_CC3000_VBAT 5 #define ADAFRUIT_CC3000_CS 10 //
1) Assigns workers their duties and inspects work for conformance to prescribed standards of cleanliness. 2) Investigates complaints regarding housekeeping service and equipment, and takes corrective action. 3) Obtain list of rooms to be cleaned immediately and list of prospective check-outs or discharges to prepare work assignments. 4) Co-ordinates work activities among assignments.
1.3 Discussion Questions 1. Does a network interface on a sniffer machine require an IP Address? -No, the sniffer doesn't require an IP address, it wants to remain invisible to the other machines in order to intercept messages undetected. 2. In what mode does a sniffer’s network interface operate?
Read each problem carefully. Failure to follow the instructions for a problem will result in a zero score for that problem. Submit the completed Homework via Assignment in LEO. 1. How many bits are required to address a 4M X 16 main memory if a) Main memory is byte addressable?
The cells include red blood cells, white blood cells and platelets. The red blood cells carry oxygen from the lungs and give blood its red color. The white blood cells fight infections. The platelets help form clots to stop bleeding in case of a cut.
Since the beginning of baseball, each ball that has ever been made has exactly one hundred and eight stitches on them (“How Many Stitches Does a Baseball Have”). Baseball is without a doubt the most frustrating and challenging sport there is today. In the words of former Major League player and manager, Leo Durocher, “Baseball is like church. Many attend, few understand” (“Leo Durocher Quote”). This sheds just a little bit of light on just how difficult this game is to understand.
But there also important in other ways too. For example another reason they 're important is so then then you you stay in that area and if the ball goes way over to the other side you don’t run after the people over there will get it. Some of the positions are pitcher,catcher,first basemen, second base men, and third base men. There is many more positions though too like right field center field and left field. There is a lot of positions that are important to the game.
permitted through facilitated diffusion involving glucose transporters. Glucose transporters are specialised for different cell types, for muscle and fat cells, type 4 glucose transporters (GLUT4) are used, as muscle cells are vital to athlete performance in the rainbow rage, GLUT4 shall be examined in this example. Firstly, insulin binds to insulin receptors on the surface of the cell. This sends a signal to GLUT4 vesicles from inside the cell initiating their movement to the cell wall. GLUT4 vesicles fuse to the outer cell membrane, catalysing the movement of glucose into the cell, this is the major endocytic process within cells.
1. The sampling frequency of the following analog signal, s(t)=4 sin 150πt+2 cos 50πt should be, a) greater than 75Hz b) greater than 150Hz c) less than 150Hz d) greater than 50Hz 2. Which of the following signal is the example for deterministic signal? a) Step b) Ramp c)
In uncommon occurrences, disulfide bonds between cysteine deposits in various polypeptide chains are included in balancing out quaternary structure. Proteins are connected with numerous capacities all together for a cell to support its life. The accompanying is a rundown of capacities that are done by proteins: * Proteins are essential auxiliary segments in cells: actin, myosin and tubulin are proteins found in the cytoskeleton. *