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Are you observing an organism through the microscope and noticed that it moved toward the bottom of the slide and then it moved to the right. what does this tell you about the actual movement?
The organism exhibits a negative gravitactic response, as it moved toward the bottom of the slide. It also showed positive phototactic response by moving to the right. The organism likely responds to both gravity and light stimuli to orient its movement.
What best explains why a living organism in a wet mount slide moves into and out of focus within the field of view with a microscope?
The movement of a living organism in a wet mount slide into and out of focus within the field of view is due to the organism shifting its position vertically in the water droplet. As it moves up and down, it comes into and goes out of focus at different depths of the water droplet. Adjusting the fine focus knob on the microscope helps bring the organism back into focus as it moves.
If you were observing an organism through the microscope and noticed that it moved toward the bottom of the slide and the it moved to the right. what does this tell you about the actual movement of th?
The organism's movement towards the bottom and then to the right suggests that it may be exhibiting random or exploratory behavior. It could be searching for food, avoiding a stimulus, or navigating its environment. Further observation and analysis would be needed to determine the exact reason for its movement.
If a euglena is swimming to the left which way should you move your slide to keep it in view?
To keep a euglena in view while it's swimming to the left, you should move your slide to the right. This will help you maintain its position within the field of view.
What is heat fixing?
Heat fixation is the procedure used to adhere a bacterial smear to a glass slide for viewing by a compound microscope. It denatures the proteins on the surface of the bacteria causing them to be sticky.
Are you observing an organism through the microscope and noticed that it moved toward the bottom of the slide and then it moved to the right. what does this tell you about the actual movement?
The organism exhibits a negative gravitactic response, as it moved toward the bottom of the slide. It also showed positive phototactic response by moving to the right. The organism likely responds to both gravity and light stimuli to orient its movement.
What best explains why a living organism in a wet mount slide moves into and out of focus within the field of view with a microscope?
The movement of a living organism in a wet mount slide into and out of focus within the field of view is due to the organism shifting its position vertically in the water droplet. As it moves up and down, it comes into and goes out of focus at different depths of the water droplet. Adjusting the fine focus knob on the microscope helps bring the organism back into focus as it moves.
How would you move a microscope slides on the stage in order to bring a specimen in the upper righ-hand?
You would move the slide to the left. Remember, the image you see is reversed and flipped. That means that if your organism is moving from right to left when you look under the microscope, that the actual organism on the slide is moving from left to right. Going off of that logic, if the REAL organism on the REAL slide is moving from left to right, than you would have to move the actual slide to the left in order to place right hand side of the slide (where the organism just moved) back into your view. This would reflect in what you see under the microscope as well since you put the real organism back into view.as a handy rule of thumb, when using a compound light microscope, pull the slide in the direction that the organism is moving out of view in to keep them in sight.
What happen to the letters aj and k when you move the slide?
suppose you wanted to follow an organism that was moving to the right, which way would you move the slide?
What happened to the letters aj and k when you move the slide?
suppose you wanted to follow an organism that was moving to the right, which way would you move the slide?
When a microscope moves slide to the left which way does image move?
When the microscope moves the slide to the left, the image appears to move to the right in the field of view. This is because the movement of the slide is opposite to the movement of the image in the eyepiece due to the direction of light refraction in the microscope system.
How do you replace tail light bulb on a 1998 Kia Sephia?
You have to remove the tail light first, and to do this you have to take the 3 screws on the tail light, open the trunk, remove the 3 screw and pull the light toward the outside (slide it to the side, if you are taking the left taillight out slide the tail light toward the left, if you are doing the right side slide it toward the right side). Change the bulbs, and install on the reverse.
What knob on a microscope moves the slides the stage left and right?
The knob that moves the slide on the stage left and right is called the mechanical stage control knob or the x-axis translation knob. By turning this knob, you can adjust the position of the slide while viewing it under the microscope.
If you were observing an organism through the microscope and noticed that it moved toward the bottom of the slide and the it moved to the right. what does this tell you about the actual movement of th?
The organism's movement towards the bottom and then to the right suggests that it may be exhibiting random or exploratory behavior. It could be searching for food, avoiding a stimulus, or navigating its environment. Further observation and analysis would be needed to determine the exact reason for its movement.
How do you pump a model 10 shotgun?
there is slide release on right hang side small button push this in then pull slide backwards toward you if this dose not work take to a local gun smith
Which statement best explains why a living organism in a wet mount moves into and out of focus within the field of view of a microscope?
The movement of a living organism in a wet mount is due to its natural mobility and activity. The organism may move up and down, into and out of focus, as it changes its position within the water droplet on the slide. This shifting focus is a common occurrence when observing live specimens under a microscope.
What are some good moves in the Cha Cha slide?
A cha cha slide with jazz hands would be unique. Also, instead of crossing the right foot over the left, you can step back with the left foot and make a double slide and a twist.
