United Scientific Resonance Apparatus

SKU: VUSC-RSAPP01

Availability: In Stock

Regular price $93.70 $79.99
Warranty, Shipping and Return Info

Warranty

  • All products are shippined directly from the Manufacturer come with a one (1) year warranty, except when specified in the description

Shipping Informtaion

  • This product ships directly from the Manufacturer
  • Product usually ships within 5 - 7 business days
  • Expedited and international shipping not available at this time
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Returns Information

  • AmScope offers a 30 day return policy from the purchase date of your oder. If the item does not meet your needs or satisfaction, please contct us within 30 days for an RMA (Return of Merchandise Authorization) number. Returns must be new, unused and repackaged in the original shipping materials in order to receive a full refund
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  • Returns may be subject to a 20% restocking fee. Please ask us about this when you call to arrange your return

The Higher the Magnification - The More Detail You'll See

Magnification 40x
Magnification 1000x
Magnification 2500x

Magnification is the ability of your microscope to make small objects seem larger. As the magnification increases the area being viewed will be decrease is size but the detail of the area being viewed will improve.

Amscope microscopes come with multiple magnifications to aid you in finding the proper magnification for viewing each specimen.

Camera Connection Types

When comparing 2.0 and 3.0 there are few major differences. First the transfer rates. USB 2.0 offers transfer rates of 480 Mbps and USB 3.0 offers transfer rates of 4.8 Gbps - that's 10 times faster.

Camera Resolution

The most important factor in ensuring successful microscopic imaging is choosing the appropriate optics and camera for your application that gives you more data and higher image quality. When selecting a microscope camera, it is best to base your decision on the most important requirements for your microscopic observation.

Key Features

  • Resonance Apparatus
  • allows students to investigate the resonant behavior of an enclosed air column when it is stimulated by an external sound source

The Resonance Apparatus allows students to investigate the resonant behavior
of an enclosed air column when it is stimulated by an external sound source.
The air column lengths for multiple resonances at various frequencies can be
found and the resulting data can be used to determine the speed of sound.
A cylindrical acrylic tube is mounted vertically on a stand base and rod. The
tube is open at the top and closed at the bottom by a rubber stopper with a hose
barb. A scale is printed along the length of the tube. Flexible tubing connects the
bottom of the tube to a large reservoir. The reservoir and tube are partially filled
with water, creating an air space in the tube above the water level. The length of
the space can be varied by adjusting the height of the reservoir on the support
rod.
A suitable sound source, which can be a tuning fork (not included) or a tone
generator (not included), is held close the the mouth of the tube while the
length of the air column is varied. Points of resonance where the sound in the
tube becomes louder can be heard and measured. The sound level may also be
recorded for later analysis using probeware.

The Resonance Apparatus allows students to investigate the resonant behavior
of an enclosed air column when it is stimulated by an external sound source.
The air column lengths for multiple resonances at various frequencies can be
found and the resulting data can be used to determine the speed of sound.
A cylindrical acrylic tube is mounted vertically on a stand base and rod. The
tube is open at the top and closed at the bottom by a rubber stopper with a hose
barb. A scale is printed along the length of the tube. Flexible tubing connects the
bottom of the tube to a large reservoir. The reservoir and tube are partially filled
with water, creating an air space in the tube above the water level. The length of
the space can be varied by adjusting the height of the reservoir on the support
rod.
A suitable sound source, which can be a tuning fork (not included) or a tone
generator (not included), is held close the the mouth of the tube while the
length of the air column is varied. Points of resonance where the sound in the
tube becomes louder can be heard and measured. The sound level may also be
recorded for later analysis using probeware.

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