is possible to change fingerprints by chemicals for long time or short time?
how can some body change his finger print? it is possible to change fingerprints by chemicals for long time or short time?
That could depend on your on which part of the country in which you live and the make up of the water. Meaning, is it alkaline or acidic? The best possible short answer may be to use the best quality available. Do not use cheap grade chemicals.
Newts can live in dirty water for short periods of time. When keeping a pet newt, you should change the water daily if at all possible.
The Automated Fingerprint Identification System (AFAS for short). It only has fingerprints of individuals that have been arrested.
Mostly a physical change. There's really no chemicals from a curling iron its self. Some people use special shampoos to curl their hair. I suggest using the curling iron if you want the curls to last a short time. The chemicals stay in for about a week, so if you want them daily, use the chemicals. But if your head is sensitive, then don't use it for too long.
Advantages of getting your hair relaxed is that it will look better and be more manageable, these are short term though. The disadvantage of this change is that you are putting chemicals on your hair that will damage it and in the long term be less manageable until you cut it off.
no, not possible
Yes.
That's a first for me. Must have a short in the starter or the relay. I would change the starter relay first, and if the problem is still there, then change the starter. One of them has a short. Or, possible the ign. switch has a short and might give continual contact. Check that first.
This list is probable at Chemical Abstracts Service; a short list is at this link.
Yes, it possible to do a short circuit test of breakers at a project site.
DNA fingerprints are unique because they are based on the variation in an individual's DNA sequence, specifically in regions known as short tandem repeats (STRs). These regions have different lengths in different individuals, leading to unique combinations of alleles at each locus. By analyzing multiple STR loci, a unique pattern is generated for each individual, making DNA fingerprints highly specific and useful in forensic investigations.