You should be more specific with your question. Are you speaking of pixels per inch (screen resolution), or is your question directed towards a spreadsheet program as you mention "cells"? If the nature of the question is of a spreadsheet program such as Microsoft Excel, you could use your zoom to back out the view of the page so you can see more cells?
Responsive table cells adjust their size based on the screen resolution to ensure the content remains visible and accessible. CSS properties like "max-width" and "width" can be used to control the expansion or contraction of these cells.
Biologists use dividing cells to determine the number of chromosomes in an organism because chromosomes are most visible and distinct during cell division. By observing dividing cells under a microscope, biologists can count the number of chromosomes present, which provides information about the genetic makeup of the organism.
Muscle cells have visible projections called myofibrils, red blood cells lack visible projections due to their biconcave disc shape, and sperm cells have a visible projection called a flagellum which helps in motility.
Examples of visible cell projections include:Neural Axons in neuronsFlagellum in flagellatesCilia in ciliatesPseudopodia in AmoeboidsFilopodia in migrating cells.
No.
No chloroplasts in cheek and onion cells
no they are nnot invisible they are visiuble because the y just arel o
Chromosomes.
No.
yes
A grid of cells, typically in a 2D array, can form rectangles on the screen by organizing the cells in rows and columns. The rectangular shape is visualized by the arrangement of cells in a structured grid pattern. Each cell represents a pixel or unit on the screen.
A group of palisade cells is commonly referred to as a "palisade mesophyll." This layer of tightly packed cells is located beneath the upper epidermis of leaves and is primarily responsible for photosynthesis due to its high chlorophyll content. The arrangement of these cells maximizes light absorption for the plant.