'Finder' presentation slideshows

Loading and Using an iPod in the Classroom

516 views • 43 slides

Introduction to Component Models and Technologies

Introduction to Component Models and Technologies. Why do we need them ? What do they minimally do ? How do they actually do it ?. Review: Component Models and Component Frameworks.

496 views • 36 slides

Introduction to Component Models and Technologies

Introduction to Component Models and Technologies. Why do we need them ? What do they minimally do ? How do they actually do it ?. Review: Component Models and Component Frameworks.

364 views • 36 slides

SOLID - OO DESIGN PRINCIPLES

2.15k views • 22 slides

Fact-Finding : How to Prepare and What They are Finding

Fact-Finding : How to Prepare and What They are Finding. By: Michelle Miller-Kotula millerkotula@comcast.net. I. BACKGROUND INFORMATION ON FACT-FINDING. What are the Commonwealth laws administered and enforced by the PLRB concerning labor-management relations?. (1) PA Labor Relations Act

552 views • 19 slides

Study Abroad Courses Overview

443 views • 10 slides

Hawkeye Fish Finder and Depth Finder Accessories

Depth Finders and Fish Finders by HawkEyeu00ae Electronics. Boat Mount Depth Sounders, Handheld Depth Finders, and Fish Finders make the perfect addition to any boating or fishing adventure. No matter the platform, we have got a solution that is perfect for your power boat, sailboat, kayak, canoe, SUP or ice fishing hut. Visit now to explore all of Fish Finder and Depth Finder Accessories.

65 views • 6 slides

Before you can choose which fishfinder is the very best one for you, you should be aware of the way the fishfinder perfo

Fishfinders utilize sonar technologies to find fish-or any other good object-under the surface of the water. Sonar sound waves move through the water. The further the sound waves traveling, the more they fan out into a cone shape and increase in diameter. Deeper water obviously causes the cone to become bigger as it moves out of it's origin. Whenever the sonar wave strikes against a good object of any material, it will bounce an echo back to the transducer. The form of the item struck will be determined by how much time it took the signal to head out and then bounce the audio wave echo back compared to the surrounding place. The echo will subsequently show up on your fishfinder screen and you will see the aproximate dimensions, shape and thickness of this item.

30 views • 2 slides

Before you can decide which fishfinder is the best one for you, you ought to know the way the fishfinder performs

Fishfinders utilize sonar technology to find fish-or any other good object-under the surface of the water. Sonar sound waves move through the water. The farther the sound waves travel, the more they fan out into a cone shape and increase in diameter. Deeper water obviously causes the cone to become bigger as it moves from it's origin. Whenever that the sonar wave strikes against a good object of any material, it will bounce an echo back to the transducer. The form of the item struck will be decided by how long it took the signal to head out and then bounce the audio wave echo back in contrast to the surrounding area. The echo will then show up on your fishfinder screen and you'll observe the aproximate size, form and depth of this object.

24 views • 2 slides