The heating allows the stain to intensify, therefore allowing the chromosomes to be seen more clearly
The rate of heat loss from the hot cup decreased during the experiment.
When too much heat is applied during the heat fixing of a slide with a bacterial cell on it, the cell would explode. The membrane of the cell would rupture.
It is used for production of heat during experiment or during chemical reaction by labouratory users.
The purpose of heat fixing the bacteria to the slide is so during the gram staining procedure the bacteria doesn't wash off. If you didn't heat fix the bacteria to the slide, it would not stay on the slide.
The bacterial smear will wash away during the staining procedure. This is avoided by heat fixation, during which the bacterial proteins are coagulated and fixed to the glass surface.
A Gram stain refers to a staining technique for the identification of bacteria. A Gram stain done on a slide that was heated too hot during the heat-fixed smear will destroy the cell wall of the bacteria.
heat rises. less mass i think
Actually, both methods are used during the staining procedure (steam & heat fix). Initially, the organism is heat fixed to the slide to prevent the organism from being washed off during subsequent steps. Later in the procedure, the slide with the heat fixed organism is steamed to make the cell wall a little more penetrable - allowing the stain to enter the cell wall.
If no heat fixing was done to a slide with a specimen on it, it would be rinsed off with the gram staining procedure. Heat fixing the specimen does kill specimen but it also locks it in place.
You squash it and heat it up.
You squash it and heat it up.
The theory of the heat transfer experiment is the transfer of thermal energy between molecules, due to a temperature gradient. The conclusion of the experiment is that thermal conductivity is much higher in metals and does not change within thickness.