Answer:
c. observed values of the independent variable and the predicted values of the independent variable
Step-by-step explanation:
This helps us, for example, find the values of y in a y = f(x) equation. y is dependent of x. So x is the independent variable and y the dependent. Obviously, this system is used for way more complex equations, in which is hard to find an actual pattern for y, so we use this method to compare the predicted values of y to the observed.
The correct answer is:
c. observed values of the independent variable and the predicted values of the independent variable
Answer:
2250000 mm^2 or 2.25 m^2
Step-by-step explanation:
Area=1.8*1.25=2.25 m^2=2250000 mm^2
Hello There!
Follow through:
c - 5
6
Add 5 to both sides:
c - 5 + 5 ≤ 6 + 5
Simplify:
c ≤ 11
C is smaller than or equal to 11.
Hope This Helps You!Good Luck :)
- Hannah ❤
Answer:
Step-by-step explanation:
Given
A walking trail is 
long and a lake is located 
away from end of the trail
The distance from the start of the trail to the lake is the sum of the length of the trail and lake
Answer:
Denny's chowder wont have because the winner was picked anonymously without due fact and figure. The judges would have attached a contestant tag to the chowders prepared for the annual clam festival. The winner was declared without any reason to back up that indeed the chowder had been from Denny's chowder
B..1, Experiments are often blinded this way because of the bias of the individual measuring the experiment
2. Also lack of facts and figures to justify results
Step-by-step explanation:
Do you think that Denny’s chowder would have won the contest if the judging had not been "blind?" Explain.
Although this was not an experiment, your answer to Part (a) helps to explain why those measuring the response in an experiment are often blinded
Denny's chowder wont have because the winner was picked anonymously without due fact and figure. The judges would have attached a contestant tag to the chowders prepared for the annual clam festival. The winner was declared without any reason to back up that indeed the chowder had been from Denny's chowder.
Using your answer in Part (a), explain why experiments are often blinded in this way
1.. Experiments are often blinded this way because of the bias of the individual measuring the experiment
2. Also lack of facts and figures to justify results
