Answer is C because in exothermic reactions, energy releases.
in Cellular respiration,
ATP+H20 (water) = ADP+ Pi + Energy
So celullar respiration is exothermic and releases energy
Answer:
This question is asking to fill in the blank spaces with the correct terms. The correct terms to the four blank spaces are:
1) GEL
2) DYE
3) DNA MARKER
4) LID
Explanation:
This question is describing the Gel electrophoresis technique which is used to separate DNA fragments using electric current. The DNA fragments of different sizes migrate through a GEL which serves as the matrix made from Agarose.
In order to physically see the samples that we put in the gel, we first have to add DYE to each sample of DNA. After loading the samples to be separated, a substance made up of DNA fragments of known sizes referred to as DNA MARKER, which acts as the standard curve in a tube is used.
Before running the gel, it's important to make sure that there is LID covering the gel in the gel rig. This will make sure that the electrical current runs through the gel and the gel stays cool.
Answer:
Different beaks are adapted for differnt food soruces, because if a bird or animal needs a beak to scoop up animals it will be shaped differently than a bird/ animal who needs to insert said beak into the ground.
Explanation:
Tertiary :)
grass = producer
mouse = primary
snake = secondary
Answer:
d. The effectiveness of an autoclave is dependent on an increase in pressure and corresponding increase in temperature.
Explanation:
Autoclaving is a heat treatment widely used in the hospital environment and consists of keeping contaminated material at a high temperature through contact with water vapor for a period of time sufficient to destroy all pathogens.
The process includes compression and decompression cycles to facilitate contact between vapor and contaminated materials. The usual pressure values range from 3 to 3.5 bar and the temperature reaches 135ºC. Having the advantage of being relatively simple and can be used to sterilize various types of hospital supplies. Thus, we can conclude that the effectiveness of an autoclave depends on a pressure increase and corresponding temperature increase.