What does varies indirectly mean in math?
This phrase refers to two different kinds of things: dependent variables and independent variables. A dependent variable is a number or variable whose value is directly affected by the value of another variable. For example, let’s say you’re trying to find the cost of a holiday vacation. One of the variables you might want to consider is the cost of your flight. We’ll call this variable your dependent variable. Your dependent variable depends on the cost of the flight because the more you book
What does varies indirectly mean in biology?
Doing the same thing, but indirectly. A great example of this is when a species’ population is limited by the amount of food available in an area — if more individuals are born than the food can support, the population will decrease naturally. That’s because there’s not enough food to go around for all the babies born. But if another species of animal eats a lot of the plants the first animal needs to survive, the population of the first animal will increase because they don
What does vary indirectly mean in chemistry?
We are used to thinking of the energy of the bonds between atoms in chemical compounds as a measure of their strength. A larger bond energy means that the atoms are more tightly bound together, so a strong chemical bond is likely to be more chemically ‘stable’ than a weak one. However, when two atoms form a chemical bond, the energy that they gain is transferred to the surrounding atoms. The strength of a chemical bond is therefore not the same as the strength of the chemical bond itself;
What does vary indirectly mean in science?
One example of a “variable” that varies indirectly is the wind speed. If the wind blows harder, then the air over the ocean will move faster. And, if air moves faster it will take up more room. A rise in the sea level can also be considered a variable, because the amount of water that is present in the ocean will have an effect on water levels on the earth’s surface.
What does varies indirectly mean in physics?
Sometimes, when we are looking at a physical system, we know all the variables that determine its behavior, yet we still don’t know the value of a specific variable. If we take a ball bouncing on a spring, for example, we can measure the amount of force the ball exerts on the spring at each moment. We can measure the position and speed of the ball, and we can even calculate how much energy the ball has. But we don’t know the exact force
