Answer:
check-in
Explanation:
<u>Check-ins at the beginning of the group psychological sessions can help people involve from the very beginning, and make them feel included and invited to share their stories. </u>
<u>Members should participate in check-ins to state what they expect from the session, to see how they are, where they are standing, what have they done outside of the session, what are their problems, thinkings and what they think of the place where the group is currently. </u>
The person leading a session should not focus on one person, no matter what the story during the check-in, before everyone has had their chance of briefly checking in and finishing the circle.
Answer:
Its defiantly not the first one, And ive done a little bit of research and the closet answer was the SECOND answer choice. I hope its right
Explanation:
The forest provided wood and other natural resources for the Iroquois
I beleive it was the pilgrims but .. im not 100% im like 77% sure it was tho
The sound wave produces a vibrating object. In this case, the vibrating string strings put the surrounding air molecules into vibrational motion. The frequency at which vibrates air molecules is equal to the frequency of the guitar strings. Vibrations of air molecules are temporary, and after a while, they return to their original position. Vibrations of air molecules create a wave of pressure that travels outside its source. This pressure creates compressions and rarefactions. Due to this pressure, the air molecules compress in a small space. Replacing compression and rarefactons is actually a sound wave. In this sense, the sound wave transfers energy from one place to another without the transport of matter. By increasing the frequency of the strings, the frequency of the vibrating air molecules increases and a louder sound is obtained.
The guitar string does not produce a high frequency by itself, and therefore the surrounding air molecules very little vibrate and produce a sound that is not loud. When the strings are attached to the acoustic guitar box, which is made of wood, then the guitar wood begins vibrating with the same frequency as the strings. Due to the large surface of the wooden guitar box, which vibrates with the same frequency as the strings, the box starts to mobilize a much larger number of air molecules to vibrate, thereby gaining a louder sound.
