On the other hand.
Contrast is the highlighting of the differences between two or more things. It is a way to show the disparities or distinctions in characteristics, qualities, or attributes of the objects being compared.
To demonstrate the validity of a statement using proof by absurdity or contradiction, we assume the opposite of the statement is true and then show that this assumption leads to a logical contradiction or absurdity. This contradiction proves that the original statement must be true.
A coordinate conjunction is a joiner that can show a contrast between coordinate ideas, but it will not always be a contrast. It depends on if the joiner you are using assumes the thought "and" or "but."
However, On the other hand, Conversely.
Without knowing what 'the following' is, we cannot answer your question here.
on the other hand
all of these transitions show time passing.
transitions
Transitions such as "therefore," "thus," "consequently," and "as a result" are effective in indicating a cause-and-effect relationship. "However," "yet," and "although" can be used to indicate a contrast or contradiction. "Furthermore," "in addition," and "moreover" are used to add more information or support. "On the other hand," "in contrast," and "conversely" are used to show a difference or alternative perspective.
Transitions that show similarities include "similarly," "likewise," and "in the same way." These transitions are helpful for comparing ideas or examples within a text.
you must never use nevertheless in a sentence.Nobody would understand it and it makes no sense, therefore it can not be used in a sentence. You can use a better phrase such as never will happen or never the less.
Visit the URL posted below for a video tutorial on Transitions in iMovie:
The increase of A/P on the statement of cash flow show?
Why would my bank statement show COR next to a cheque that I have submitted
do hotel charge show the day and month you charge on your statement
Transitions can be represented graphically using state diagrams or state charts. State diagrams show the different states of a system, transitions between states, and events triggering transitions. State charts extend this by incorporating additional elements such as parallel states, history states, and actions associated with transitions. Both graphical representations help in understanding the behavior and flow of a system.
The emission spectrum of sodium shows two peaks, primarily due to the presence of two closely spaced energy levels associated with its electron transitions, specifically the D-lines (D1 and D2) resulting from transitions between the 3p and 3s energy levels. In contrast, other elements may have transitions that result in a single peak if their energy levels are further apart or if they lack multiple closely spaced transitions. Sodium's unique electron configuration and interactions lead to these distinct spectral lines, which are characteristic of its atomic structure.