differentiation
specialization
development
Because the Euglena's pellicle is flexible, this organism can
an organism because an organism can contain multiple organ systems
the organism gets its enerfy from the sun because they capture
because mass selection is crossing plants with desirable traits , controlled breeding is mating organism to produce offspring with certain traits DESIRABLE TRAITS = CERTAIN TRAITS so mass selection is consider a form of controlled breeding
Yes, a clone is produced from a copy of the original organism's genes. However, gene expression might differ (I think), and end up producing different characteristics in the clone because different genes are taking effect.
It is an expression because it does not contain an equality sign.
Flowers have phenotypes because all living organism has a definite shape and color. It is also seen in other living organism. It is only the expression outwardly of the genes in the DNA.
ENTRY - CONTROLLED LOOP EXAMPLEConsider the following code fragment::for(int a=1;a
A controlled variable is a setting where the dependent variable is not controlled by the independent variable. For example, if you were trying to measure the rate of movement in an organism in highly salty concentrations, a controlled variable would include the organism in an environment with no salt at all.
A knockout organism is an organism that's missing a functioning gene. They're used to test the function of genes and genetic diseases, because a researcher can observe specific changes in a gene knockout organism's gene expression and traits.
Estuaries are good environments for organisms because the variables in it can be controlled to fit the organism's needs, as opposed to being, although in that organism's natural environment, such things as droughts, tornadoes and many other things that can not be determined.
An exit-controlled loop is a loop where the controlling conditional expression is evaluated at the end of each iteration, as opposed to an entry-controlled loop where the expression is evaluated at the beginning of each iteration. The upshot is that an exit-controlled loop always executes at least one complete iteration whereas an entry-controlled loop might not iterate at all: int x = 100; // entry-controlled loop while (x<50) { printf ("%d\n", x++); // won't execute at all because x<50 is false } // exit-controlled loop do { printf ("%d\n", x++); // will execute one time only } while (x<50);
An exit-controlled loop is a loop where the controlling conditional expression is evaluated at the end of each iteration, as opposed to an entry-controlled loop where the expression is evaluated at the beginning of each iteration. The upshot is that an exit-controlled loop always executes at least one complete iteration whereas an entry-controlled loop might not iterate at all: int x = 100; // entry-controlled loop while (x<50) { printf ("%d\n", x++); // won't execute at all because x<50 is false } // exit-controlled loop do { printf ("%d\n", x++); // will execute one time only } while (x<50);
An organism is biotic because it is alive.
Because the Euglena's pellicle is flexible, this organism can
Because it is controlled by the gate current
Because there was not a unified Italian state, but different little soveraign states, often administered and controlled by kings linked with foreign countries like France and Austria.