experiment

An experiment is a scientific test to learn how something works.

Experiments help us understand how things work or if an idea is true.

Students often do experiments in science classes.

Yes, an experiment is a scientific test.

Yes, an experiment can help you see if an idea is true.

No, experiments are a common activity in science classes.

The passage says, 'Sometimes, we do a special test called an experiment.'

The passage gives an example: 'For example, we can mix water and oil to see if they mix.'

The passage states, 'it is important to follow all the steps. This helps you get a good result.'

An experiment is a scientific test to learn something new or confirm an idea. In this case, the scientist is testing a hypothesis, which aligns with the definition of an experiment.

Students in a science class often perform experiments to observe results and learn. This question describes a typical science project activity.

This describes a simple scientific test to observe a result, which is an experiment. Even children can do simple experiments.

Medicines are often tested through experiments to determine their effectiveness, and the results of these tests are then analyzed.

To confirm scientific findings, especially initial results, multiple experiments are often conducted to ensure consistency and reliability.

Chemistry labs are places where students perform experiments, and safety is always important during these activities.

We use 'do an experiment' to mean perform a scientific test.

Experiments are practical activities in science to learn and observe.

Following instructions is crucial for a successful and safe experiment.

Experiments can be done by students in class or even at home, not just by professional scientists.

Experiments are designed to observe results and test theories.

While you might have a hypothesis, the purpose of an experiment is to observe the actual result, not to guess it definitively.

The passage states, 'Scientists often do many experiments to understand how things work.'

The passage says, 'They mixed red and blue paint and saw that it made purple. It was a fun way to learn about colors.'

The passage states, 'You do it to see what happens when you try something new or when you want to prove an idea.'

An 'experiment' is a scientific test to prove a theory. The other options don't fit the context of proving a theory scientifically.

Reading instructions carefully is typical before conducting a scientific 'experiment' in a class setting. The other options are less likely to involve detailed instructions for a practical activity.

The definition of an 'experiment' involves testing an idea or observing results to understand how something works.

This statement accurately reflects the definition of an experiment: a scientific test to gain knowledge or verify a hypothesis.

While experiments can be challenging, they are a common and essential activity in science classes, not typically avoided. The definition states it's a common activity.

An 'experiment' is a structured scientific test with specific steps and observations, not a casual conversation.

The passage clearly states that Galileo's goal was 'to demonstrate that objects fall at the same rate regardless of their weight, contrary to Aristotle's long-held belief.'

The passage states that Fleming 'noticed a mold growing on a petri dish that was inhibiting the growth of bacteria' and calls it a 'happy accident', indicating an unexpected observation.

The passage explicitly states, 'Before conducting an experiment, scientists usually form a hypothesis'.

An 'experiment' is a scientific test designed to confirm or refute a hypothesis, which fits the context of testing a drug's effectiveness. The other options refer to different stages or aspects of scientific inquiry.

In engineering, tests to confirm durability are typically referred to as 'experiments' or trials. 'Speculations', 'theories', and 'predictions' are not practical tests.

To 'experiment' in this context means to try out different things to see what works best, which aligns with discovering a unique artistic style. The other options suggest a lack of exploration or creativity.

While many experiments are conducted in controlled environments, some valid experiments, particularly in fields like sociology or ecology, are conducted in natural settings.

The primary goal of an experiment is to test a hypothesis, either confirming or refuting it, rather than proving it absolutely correct. Scientific findings are always open to further testing and refinement.

A key component of a scientific experiment is the manipulation of an independent variable to observe its effect on a dependent variable, which means there must be at least one variable that is changed and measured.

The passage states, 'One such experiment, known as the double-slit experiment, demonstrates that particles can exhibit both wave-like and particle-like properties simultaneously.'

The passage states, 'Even minor variations in temperature, pressure, or the purity of reagents can significantly alter the outcome. Researchers must carefully control all variables to ensure that the observed effects are genuinely attributable to the experimental manipulation.'

The passage explains, 'A single groundbreaking experiment, while exciting, often requires subsequent independent verification to be fully accepted by the scientific community.'

An experiment is a scientific test, and 'double-blind' specifies a careful design to prevent bias, making 'experiment' the best fit. 'Hypothesis' is an idea, 'theory' is a well-substantiated explanation, and 'conjecture' is an opinion.

Replicating an 'experiment' is standard scientific practice to confirm results and ensure validity. 'Observation' is simply watching, 'speculation' is guessing, and 'deduction' is drawing conclusions from premises.

Planning 'the next phase' of a scientific investigation implies a structured test, making 'experiment' the appropriate choice. 'Contemplation' and 'meditation' are forms of thought, and 'reverie' is a daydream.

A truly controlled experiment typically isolates and varies only one independent variable at a time to determine its specific effect, keeping all other variables constant. Varying multiple independent variables simultaneously would make it difficult to attribute changes to a single cause.

While experiments can sometimes lead to new hypotheses, their primary goal is usually to test or validate an existing hypothesis or theory by observing specific outcomes under controlled conditions.

Ethical considerations, including informed consent and minimizing harm, are indeed paramount in any experiment involving human subjects to protect their rights and well-being.

The passage explicitly states that the experiment 'aimed to illustrate the incompleteness of quantum mechanics when scaling from subatomic to macroscopic systems.'

The passage states that 'productivity improved regardless of changes to lighting or other environmental factors,' leading to the conclusion that 'the social and psychological aspects of work... played a far more significant role.'

The passage states, 'The experiment was prematurely terminated due to its intense and distressing nature.'

In this context, 'experiment' refers to a scientific test or procedure undertaken to make a discovery, test a hypothesis, or demonstrate a known fact, which aligns with the idea of 'meticulously designed' research to 'ascertain efficacy'.

A 'double-blind experiment' is a standard scientific methodology used to prevent bias, making 'experiment' the most suitable word in this context.

Here, 'experiment' denotes a procedure or test, especially one carried out to determine something unknown or to test a hypothesis, which fits the context of human gene-editing and ethical concerns.

'Experiments' refers to systematic tests or procedures, which is precisely what would be done to 'validate a theoretical model against empirical data'.

In this metaphorical sense, 'experiment' refers to a novel course of action or procedure, especially one undertaken to discover if it will work or not, fitting the 'daring pedagogical' context.

While 'trials' is also a good option, 'experimentation' encompasses the broad process of conducting tests and procedures, which is more appropriate for 'extensive clinical' work on a new drug before approval.