conformity. Almost all of the participants chose to change their individual guesses to fall in line with the group estimate even though no one knew the right answer comfort was found by sticking to the group.
The purpose was so the flies won't get in the jar.
the control was the open jar with meat
The independent variable is how each jar is covered. The dependent variable is the amount of maggots in each jar. The control groups are Jar1( no covering, left open), and Jar 2 (covered with netting). The experimental group is Jar 3 Sealed from the outside).
Adult flies from entering the jar.
The jar that contained the meat with the cover on it.
The flea experiment in a jar is fake. It is not a real scientific experiment.
The claim that the fleas in a jar experiment is true is false.
The purpose was so the flies won't get in the jar.
Both rolling and eight or picking three dice from a jar could be possible outcomes of an experiment.
The foam block is used to support the bell jar and create a seal with the baseplate. This helps to create a vacuum inside the bell jar by preventing air from entering or escaping during the experiment.
A string is used in the bell jar experiment to demonstrate vibrations of sound waves. When the string is plucked, it vibrates and creates sound waves that can be seen and studied under a bell jar with a source of vibration like a tuning fork. This experiment helps visualize how sound travels through a medium.
the control was the open jar with meat
How the flies would not be able to get in the jar
To estimate how many Starburst jelly beans will fit in a 355 oz jar, we first need to know the approximate volume of a single jelly bean. A typical jelly bean is about 1.5 cm long and 1 cm wide, which gives it a rough volume of around 1.5 cm³. Converting the jar's volume to cubic centimeters (1 oz ≈ 29.57 cm³), a 355 oz jar is approximately 10,500 cm³. Dividing the jar's volume by the volume of a jelly bean suggests that around 7,000 jelly beans could fit in the jar, accounting for packing efficiency.
The independent variable is how each jar is covered. The dependent variable is the amount of maggots in each jar. The control groups are Jar1( no covering, left open), and Jar 2 (covered with netting). The experimental group is Jar 3 Sealed from the outside).
A simple school experiment is: A plant is enclosed inside a glass jar, and placed in sunlight and left to photosynthesis. A lit spill is blown out and, while still smouldering, is placed into the jar. Oxygen in the jar will ignite the spill.
Adult flies from entering the jar.