Hey lad, your questions options should be:
a. Carrying capacity increases population size.
b. Carrying capacity determines maximum populations size.
c. Population size is not affected by carrying capacity.
d. Population size increases the carrying capacity.
And B: Carrying capacity determines maximum populations size should be the right answer.
hope you get a victory royale with cheese on your assignment
Answer:
False
Explanation:
You can always go in the document settings to change the layout and make the paper wider (landscape).
Layout > Orientation
Choose portrait or landscape
Answer:
cubeVolume = toThePowerOf(cubeSide, 3)
Explanation:
The function toThePowerOf, receives two int arguments say, a and b, where a is the first argument and b is the second argument as follows:
toThePowerOf(a,b)
The function returns the first argument(a) raised to the power of the second argument (b) i.e a ^ b as follows:
toThePowerOf(a, b){
return a^b
}
In the call to the function, the first argument a, is replaced with the variable cubeSide and the second argument b is replaced with the value 3.
Hence, the returned result becomes cubeSide ^ 3 which is then stored in a variable cubeVolume as follows:
cubeVolume = toThePowerOf(cubeSide, 3)
Well, it wouldn't be such a good idea if they got caught up in a storm, would it? :p
Strong winds could blow them off-course, or even lightning has a chance of striking the hand glider, causing damage to the glider, the person, or even both.
Additionally, a weather forecast can help in my generic situations. For example, knowing whether to wrap up warm for cold weather, or wear something a bit more loose and breathable for hot weather.
Current date formula:
=TODAY()
Current time formula:
=NOW()
As you can see, the =TODAY() formula only includes the day, month and year. The =NOW() function displays more information, showing the day, month, year, hour and minutes (using a 24-hour clock)
if useful mark as brainliest