Tuning Fork Set, 8 Forks with Mallet, Aluminum, C256-C512 Hz
Tuning Fork Set, 8 Forks with Mallet, Aluminum, C256-C512 Hz
Regular price
$111.36
Sale price
$111.36
Regular price
$0.00
Shipping calculated at checkout.
Description
Description
The tuning fork set, crafted from the highest quality materials, is a versatile tool in science education for exploring sound, vibrations, and waves.
The set includes Tuning Forks C512, B430, A1266, G334, F341.3, E320, D288, C256. Adding to the value is the beautiful wooden storage case. Used by students in physical science classrooms and homeschools.
The tuning fork set is crafted from the highest quality materials, is a versatile tool in science education for exploring sound, vibrations, and waves. By striking a tuning fork and bringing it near water, students can observe amplified sound and ripples, illustrating how vibrations transfer energy and sound travels in waves.
Tuning forks are ideal for introducing standing waves, highlighting nodes and antinodes in closed and open pipes. Two forks with slightly different frequencies can demonstrate beat phenomena, enhancing understanding of constructive and destructive interference. Using a resonance tube, students can calculate the speed of sound in air by analyzing the relationship between wavelength and frequency.
The set includes Tuning Forks C512, B430, A1266, G334, F341.3, E320, D288, C256. Adding to the value is the beautiful wooden storage case. Used by students in physical science classrooms and homeschools.
The tuning fork set is crafted from the highest quality materials, is a versatile tool in science education for exploring sound, vibrations, and waves. By striking a tuning fork and bringing it near water, students can observe amplified sound and ripples, illustrating how vibrations transfer energy and sound travels in waves.
Tuning forks are ideal for introducing standing waves, highlighting nodes and antinodes in closed and open pipes. Two forks with slightly different frequencies can demonstrate beat phenomena, enhancing understanding of constructive and destructive interference. Using a resonance tube, students can calculate the speed of sound in air by analyzing the relationship between wavelength and frequency.
Specification
Specification
| Current Country of Origin | China |

