Record the sound levels (low, medium, high) in the data table below. Test each tuning fork on the thin block of wood. First hit the tuning fork on the rubber sole of a shoe and then gently place it on the wood block. Listen to the wood and compare the sound. Record the sound level (low, medium, high) in the data table below. Fill your cup/beaker with water up to the half-way mark. Have your partner hold the cup next to ear and then place the tuning fork. First hit the tuning fork on the rubber sole of a shoe and place it upside down, into the water. Test each tuning fork. Record sound level (low, medium, high) in the data table below. your cup/beaker with just about to the top. your partner hold the cup next to ear and then place the tuning fork. First hit the tuning fork on the rubber sole of a shoe and place it upside down, into the water. Test each tuning fork. sound level (low, medium, high) in the data table below. DATA TABLES Tuning Fork Block of Wood Thin Block of Wood Tuning Fork Half Glass of Water Full Glass of Water CONCLUSIONS: How did the sounds produced by the tuning forks relate to the frequencies of the tuning forks?
Record the sound levels (low, medium, high) in the data table below. Test each tuning fork on the thin block of wood. First hit the tuning fork on the rubber sole of a shoe and then gently place it on the wood block. Listen to the wood and compare the sound. Record the sound level (low, medium, high) in the data table below. Fill your cup/beaker with water up to the half-way mark. Have your partner hold the cup next to ear and then place the tuning fork. First hit the tuning fork on the rubber sole of a shoe and place it upside down, into the water. Test each tuning fork. Record sound level (low, medium, high) in the data table below. your cup/beaker with just about to the top. your partner hold the cup next to ear and then place the tuning fork. First hit the tuning fork on the rubber sole of a shoe and place it upside down, into the water. Test each tuning fork. sound level (low, medium, high) in the data table below. DATA TABLES Tuning Fork Block of Wood Thin Block of Wood Tuning Fork Half Glass of Water Full Glass of Water CONCLUSIONS: How did the sounds produced by the tuning forks relate to the frequencies of the tuning forks?
UniversalCellPhoneSoundAmplifier_PrintableResources.CRM_.docx