In order to maximize the chances that experimental groups represent the population of interest, researchers should conduct random sampling and random group assignment
Explanation:
The terms Random sampling and Random group assignment are greatly different in process of the sample selection. The study related to the determination of how sample participants can be drawn from the population refers to the process of Random sampling. The sample participants are subjected to a treatment by the usage of a random procedure comprises the Random group assignment.
When a researcher wants validate externally then random selection can be used. When a researcher wants to determine the effects of treatment within that group which is known as determination of internal validity then he can opt for Random group assignment.
Answer:
In order to maximize the chances that experimental groups represent the population of interest, researchers should conduct random sampling/random group assignment.
Explanation:
Random selection is a representation of the sample of people for your research from a community. Random assignment is the assigning of the sample that describes various groups or operations in the study.
Reasons:
Thus we can say in order to maximize the chances that experimental groups represent the population of interest, researchers should conduct random sampling/random group assignment.
To learn more about random sampling/random group assignment, refer:
Answer:
5 batch of cookies.
Step-by-step explanation:
A batch of cookie requires cups of sugar.
Ty has cups of sugar.
He can make the total number of batches = ÷
= ÷
= ×
=
= 5 batches of cookies
Ty can make 5 batches of cookies.
Answer:
The approximate weight of each paper clip is 0.035 ounce.
Step-by-step explanation:
A container at a paper clip factory holds 2.1*10^3 pounds of paper clips.
= pounds
There are 9.6*10^5 paper clips in the container.
=
Now we get that 960000 paper clips weigh 2100 pounds.
So, each paper clip will weigh = = 0.0021875 pounds
And 1 pound = 16 ounces
0.0021875 pounds = = 0.035 ounce
Hence, the approximate weight of each paper clip is 0.035 ounce.
Answer:
5.905
Step-by-step explanation:
Formula
For an approximate result, multiply the length value by 3.281
1.8 × 3.281 = 5.905
-TheUnknownScientist
a. 8120
b. 830
c. 232
d. 230
e. 226
Answer:
920
Step-by-step explanation:
230+230+230+230=920