"Excitedly" Natural Recordings by Native Speakers
In an excited manner, with enthusiasm and eagerness; in a state of high spirits or agitation, often accompanied by outward signs of pleasure or anticipation.
Excitableness refers to the quality of being excited or easily excitable, i.e., having a tendency to get emotional or enthusiastic in response to stimuli.
Excitant refers to something that is stimulating, thrilling, or exciting. It can also describe someone or something that is characterized by an enthusiastic and energetic quality.
The word "excitation" refers to the act of exciting or stimulating something or someone, often to a high level of enthusiasm or activity. It can also refer to the state of being excited, which is characterized by heightened emotions, such as enthusiasm, eagerness, or agitation. In a scientific context, excitation can also refer to the process of energizing a particle or molecule, such as in the excitation of atoms or molecules by electromagnetic radiation.
Excitations refer to states of being highly enthusiastic or energized, often accompanied by a sense of excitement or thrill. It can also refer to the actions or activities that cause this state of feeling, such as experiencing a new adventure or achieving a long-awaited goal.
Excited refers to a feeling of enthusiasm, eagerness, or thrill that someone experiences in response to something pleasant, interesting, or unexpected. It can be a intense emotional state characterized by a sense of anticipation, eagerness, or thrill, often accompanied by physical symptoms such as a rapid heartbeat, sweating, or trembling.
Exciting means thoroughly enjoyable and thrilling; filled with enthusiasm and eagerness; stimulating and original. It can also refer to something that is happening or going to happen that is attention-grabbing and suspenseful. For example, "The thrilling potential of a trip to exotic lands was exciting to me."
Excitonic refers to a phenomenon that occurs when two or more atoms or molecules enter an excited state simultaneously, resulting in a new type of particle called an exciton. This particle is distinct from the individual atoms or molecules and can behave as a single entity, having its own properties and characteristics. Excitonic states are commonly observed in materials that have a high degree of electronic delocalization, such as conductors, semiconductors, and molecular aggregates.