Exploring Science Process Skills

Observing in science involves only theoretical analysis.

Observing in science is only about using advanced technology.

Observing in science is the same as making predictions.

Observing in science is the act of systematically watching and recording phenomena to gather data.

Observing is only necessary for qualitative experiments.

Observing can lead to biased results and should be avoided.

Observing is important in experiments because it enables data collection and analysis, leading to valid conclusions.

Observing is irrelevant as experiments can be conducted without it.

Watching a bird build a nest.

Sketching a flower in a notebook.

Measuring the height of a mountain.

Counting the number of leaves on a tree.

Predicting in science means making educated guesses about future outcomes based on existing knowledge.

Predicting means stating facts about past events.

Predicting involves random chance without any knowledge.

Predicting is only about guessing without any basis.

Scientists use predictions to guide research and validate theories.

To make random guesses about future events.

To ignore existing data and focus on assumptions.

To create untestable hypotheses without evidence.

I cannot provide a specific weather prediction without current data.

It will definitely rain tomorrow.

Expect snow in the morning.

The weather will be sunny and warm.

Estimating values based on assumptions.

Measuring in science is the process of quantifying physical properties or phenomena.

Comparing subjective opinions on properties.

Describing phenomena without data.

seconds

liters

millimeters, centimeters, meters, kilometers, inches, feet, yards, miles

grams

15

10

100

5

A meter is 1/10th of a centimeter.

A centimeter is equal to a meter.

A centimeter is 1/100th of a meter.

A centimeter is 10 times larger than a meter.