Answer : Option B) Make an observation → ask a question → form a hypothesis
Explanation : To develop a scientific process; one needs to observe the things around them. Ask the question and try to get the answers with the facts and laws using the experimental proof then proceed to form an hypothesis based on the details of the whole experimental process.
There are also more steps after the first three steps; in defining the whole scientific process; which are conducting an relevant experiment based on the hypothesis and then analyzing the experimental data and drawing a conclusion from it.
False because energy can change into a solid liquid or gas
Answer:
32°F
Explanation:
The melting point is the temperature at which a solid turns to a liquid. The melting point at which ice — a solid — turns to water — a liquid — is 32°F (0°C). Invite the children to record their responses in their Ice Investigator Journals.
The
biological system was used to form the analogy of “hair is to integumentary as
blood vessels are to circulatory”. This analogy can also refer to the relationship or function
between the source and the target themselves.
In addition, an analogy is a
linguistic expression or a process of transferring information from a subject
to another target.
If there was a dramatic increase in skeletal muscle cell damage and apoptosis, I would not expect a change in blood myoglobin and CK levels, because these markers are linked to cardiac muscle damage.
<h3>What does high CK-MB mean?</h3>
Elevated CKMB can be a sign of cardiac (heart muscle) damage or chronic kidney failure. At the onset of acute symptoms, after cardiac peaks, CKMB values are elevated after 3-6 peaks after 12-24 hours between 12-24 hours, values at 24-48-48.
With this information, we can conclude that if there was a dramatic increase in skeletal muscle cell damage and apoptosis, we would not expect a change in blood myoglobin and CK levels, because these markers are linked to cardiac muscle damage.
Learn more about myoglobin in brainly.com/question/8111632
