Laser Transmitters avoid interference because the frequencies between the lasers have narrow beams that are less likely to have significant side lobes that could introduce interference. A transmitter can be applied when two or more buildings want to be connected to the same network or just to connect to other networks. The transmitter takes an electron input and converts it to optical output from a laser or a LED. The light from the transmitter is then coupled into the fiber with a connector and transmitted through the fiber cable. Then the light form the end of the fiber is coupled to a receiver where and is transmitted through the fiber optical cable which is then properly use by the receiving
Change the lighting, If there is too much light, things can appear bleached out. S/he could adjust the iris to restrict the light directed through the specimen. Another possibility is that even slicing it with the razor blade was not enough to make the individual cells visible because there are
When the electron returns to a lower level, a photon with that energy difference is emitted. The peaks in the emission spectra are very sharp and known as line spectra. This emission spectra can be used in identification of elements because the spectra is different for each element. Materials: 1. Spectrum tubes (known and unknown) 2.
Answer: To focus a high power lens you need to turn the knob using the scanning lens after that you need to rotate the high power lens. Just make sure that you don’t turn the knob as much or it will crack if you try to clean it. (1 points) |Score | | | 3. Why is it important to keep a microscope covered when you’re not using it? Answer: If you don’t cover you lens when you are not using it dust will gather and that won’t be good.
However, it is expensive to make and is quite large so can be difficult to store. The gradient magnets are 3 smaller magnets within the machine, it is known as the ‘fine tuning’ part of the scanner. These magnets are much smaller than the primary magnets. This part of the machine allows it to concentrate on a certain part of the body. In an MRI machine the gradient magnets create ‘image slices’ of whichever part of the body is being scanned.
Then Kaku states that force fields can do more than deflecting laser beams because it can levitate objects by the use of magnetic force fields. To support that, he explains that when we place two magnets opposite to each other, the two magnets will repel each other. However he wrote that making force fields and to levitate heavy objects is nearly impossible since we lack advanced technology. For my response, Kaku doesn’t completely explain everything. Suppose that you have a structure on a planet or a spaceship in the middle of nowhere, and suppose you don't want the force field on all the time either because there are times when protection isn't needed.
The fact that the energy needed to break the necessary bonds falls within the visible light spectrum is the basis on which the experiment is based. This brings up the issue of selectivity. For example, the bromine radical is more selective than the chlorine radical. This has to do with electronegativity. It is known that chlorine is more electronegative than bromine, and thus chlorine is more reactive, and less discriminatory as to what it will react with, thus making bromine more “selective”.
The source of electrons that will reduce the DPIP is light. The spectrophotometer measured how much light that was not absorbed by the pigments. Darkness on the reduction of DPIP was that they did not get overly excited causing less light to travel through the
Lack of equipment could’ve been one of factors that contributed to our errors. During this lab, we only had access to one spatula. Due to the lack of time we continued to use this one spatula despite the fact that it may not be cleaned properly and could still be dirty. The dirty spatula could’ve caused our results to be inaccurate because the different samples could’ve mixed causing the color of the flames emitted to vary. Another error that we made was due to lack of equipment once again.
Interpretivist sociologists would choose to not use lab experiments because they lack ecological validity as they are conducted within an environment that is artificial to the participant. This means that the results don’t reflect true-life behaviour because of both the environment they conducted the task in, and the nature of the task wasn’t true to real life and can also be said to not be generalisable to a population because of their small sample sizes in which lab experiments are conducted. Furthermore, participants might have been aware that they were being studied and so might not act normally, which is called the Hawthorne effect. Another reason why interpretivist sociologists don’t choose to use lab experiments is that they say human behaviour cannot be measured or explained in terms of cause and effect, and instead humans act in terms of feeling, choices and also individual motives. Society doesn’t lend itself to be studied in a laboratory and this is because it is so complex and cannot be artificially created.