Left
You would move your slide to the left in order to bring the object from the left side of the field to the center.
You would need to move the slide to the right in order to bring the object from the left side to the center of the field of view under the microscope.
Well, I was going to ask what the hell this is even supposed to mean in response to this question, but it turns out that that wouldn't be a reasonable "Answer" to the question, so I'm going to go ahead and make a statement to "answer" this confusing and illogical question: This is a stupid question. B:The image as seen under the microscope moves in the direction opposite to the direction of the slide. Therefore, if an object is on the left and you want to move it to the center(that is to the apparent left) move the slide to the left.If an object is on the left of a slide, when it is under a microscope, and you want to center it......... Move it to the right. If it is on the left, and you want it centered,....... move it to the left. If you cant see it, change the magnification.
When moving a slide to the right, the image in the ocular will appear to move to the left. This is due to the adjustments made to keep the specimen in the center of the field of view as the slide is shifted.
When you move the slide to the left, the letter "e" appears to move to the right. This is because the relative motion between the observer and the object makes it seem like the object is moving in the opposite direction.
The same direction because it's only when the slide is moved left to right that it looks different... [I think]
The image will move to the right when the slide is moved to the left. This is because the slide acts as a negative lens that causes the image to appear on the opposite side of the lens from the actual object.
When you move the slide of the microscope to the right, any object on the slide as well as the slide itself will appear to move to the left. In a microscope, the image is actually inverted sideways and upside down. Like a double reflection.
When you move a slide on the microscope stage away from you, the object seen through the eyepiece appears to move towards you. This is because as you push the slide away, the stage moves the object in the opposite direction, causing the object to appear to move towards you in the field of view.
Yes, friction acts in the opposite direction that an object wants to slide. It opposes the relative motion between the surfaces.
When you move the slide to the left, the image shifts to the right. This happens because the slide movement is in the opposite direction of the image movement, creating an apparent motion in the opposite direction.
The direction of static friction on an incline is parallel to the surface of the incline and opposite to the direction in which an object would slide down the incline.