The statement that correctly describes the relation in the question is ; ( A ) As wavelength decreases, frequency increases, energy increases and the speed remains the same.
The Frequency of a wave travelling in a medium is directly proportional to the energy produced by the wave and inversely proportional to the wavelength of the wave.
Changes in the wavelength and frequency of a wave has no effect on the wave speed. but has an effect on the energy produced by the wave. therefore the wave speed remains constant regardless of the changes in wavelength and frequency
Hence we can conclude that As wavelength decreases, frequency increases, energy increases and the speed remains the same.
Learn more : brainly.com/question/16051869
be slower at absorbing nutrients than the other cell
Explanation:
The cell without the microvilli will be expected to have as slower absorption rate of nutrient than the other cell.
- Microvilli are finger-like projections from the surface of the cell.
- The structure has a large surface area to volume ratio which allows for nutrient to be absorbed easily.
- These structures are very important during the absorption of digested food in cells.
Cells without this structure will not absorb food faster.
Learn more:
Microvilli brainly.com/question/11115604
#learnwithBrainly
The term used to describe the number of individuals moving into a population is Immigration.
Answer:
according to meitis the lungs
Explanation:
since lungs fallunder breathing system
Answer:
The lower limit is 0.65°C
The upper limit is 1.05°C
the average is 0.85°C
The difference between the average and the lower limit is:
0.85°C - 0.65°C = 0.20°C
the difference between th average and the upper limit is:
0.85°C - 1.05°C = -0.20°C
Then we can write the change in temperature as:
T = 0.85°C ± 0.20°C
Now we want to find the error bar.
The error bar would be the total distance between the lowest value and the largest value.
Then the error bar is:
1.05°C - 0.65°C = 0.40°C
notice that the error bar is twice the error, which makes a lot of sense because the error (± 0.20°C) goes up and down.
Then the error bar in this measure has a magnitude of 0.40°C.
