Answer:
A design in which all levels of each independent variable are combined with all levels of the other independent variables. A factorial design allows investigation of the separate main effects and interactions of two or more independent variables.
Step-by-step explanation:
Answer:
11%
Step-by-step explanation:
The full circle graph represents 100% of the given population. All populations are given except for "three or more." Adding all percentages of each population should add up to 100%.
No absences (none): 23%
One absence: 45%
Two absences: 21%
Three more absences: unknown.
Let the variable x represent the unknown population.
23% + 45% + 21% + x = 100%
Combine like terms.
89% + x = 100%
Subtract 89% from both sides.
x = 11%
To put it more simply, subtract all the percentages from 100% to get the percent of the missing population. 100 - 23 - 45 - 21 = 11
Answer: y= 1
This because the line has no slope so the equation really looks like this if we were to follow the y=mx+b format.
y=mx+b
y= 0x + b
because the number "0" multiplied by any value is still zero we can exlude that from the final equation of the line. In this case since m=0, the line is y=b.
b is the y intercept, or the value of y when x = 0.
So, because y=1 when x is 0, "b"= 1
y=b
y=1
Any questions?
Answer:
look it up mf
Step-by-step explanation:
Answer:
Good for him
Step-by-step explanation:
