There is a show called Totem Pole where if you win the challenge you get to rank the other contestants, and the bottom 5 can be voted out. Then the switcher comes and switches two players. The Defender is next and can use the 'Save' cards, which saves the last-placing contestant but adds a twist and the 'Take Power' Cards, which eliminates that contestant AND gives them an advantage. And then they vote a contestant out to be eliminated.
Find all the Jewels
It is one of many. The totempole is made by aboriginals on the West coast of Canada, the only place with trees large enough. They are very impressive as where the tribes of the West Coast who were not easily defeated militarily and some could say have yet to be.
The smallest totem poles are typically around 3-4 feet tall, but the size can vary depending on the specific design and purpose of the totem pole.
In "Touching Spirit Bear" by Ben Mikaelsen, Cole carves a totem pole that reflects his journey of personal growth and transformation. Each figure on the totem represents significant events and lessons he has learned, such as his struggles, anger, and eventual understanding of compassion and responsibility. The totem serves as a visual representation of his healing process and the connections he has formed with nature and others. Ultimately, it symbolizes his newfound respect for life and the importance of community.
All standard TTL devices use a two transistor "totempole" output, one transistor provides an active pull down and the other an active pull up. Only one of these transistors is on at a time and one or the other is always on. Open collector TTL devices omit the active pull up transistor so that several outputs can be "wired" together and an external resistor provides a passive pull up. The only problem with this is the risetime of a passive pullup is much longer than the risetime of an active pull up, making the circuit slower. Tristate TTL devices have the same two transistor "totempole" output as standard TTL devices, but the circuits that control these transistors are more complex allowing a "third state" in which both transistors are turned off, leaving the output of the device floating. This allows many tristate TTL devices to be connected to a single line with only one actually driving it at a time (preventing conflicts with one device pulling up and another pulling down).
For the working of TTL nand with totempole When both inputs are LOW The emitter base junctions at A and B gets forward biased, base -collector junction gets reverse biased for Q1.So maximum current flows through forward biased junction. As base -collector junction of Q1 gets reverse-biased, base current through the Q2 is ZERO, which makes Q2 OFF. As Q2 is in OFF state, base current through Q4 is ZERO, which makes Q4 OFF.As Q2 is in OFF state the current through R2 flows through base of Q3 which makes Q3 and diode D to ON.As Q4 is in OFF state the current flows through the load, which make output to go HIGH state