normal
There is this pane at the end of the slide. It can be used to take notes used by the speaker.
If the speaker is rated at 200 watts and the amp pushes 240 watts, there is a risk of overpowering and damaging the speaker. Exceeding the speaker's power handling capacity can cause distortion, overheating, and potentially result in permanent damage. It is important to match the power ratings of the speaker and amplifier to avoid such issues.
yes
The speaker in "The Snow Storm" by Ralph Waldo Emerson is observing and reflecting on the power and beauty of the snowstorm. The speaker marvels at the forces of nature and contemplates their significance in relation to human existence.
Wattage is the power applied to a speaker. More power usually means more volume. The sound pressure that a speaker will produce will be defined by the power applied, the resistance or impedance of the speaker (a lower impedance speaker will be louder) and the sensitivity of the speaker as a whole (the efficiency to turn the power into sound).
more power is louder bigger speaker is better quality
No, the speaker watts should not be more than the amplifier output in terms of power. It is important to match the speaker's power handling capability with the amplifier's output power to avoid damaging the speakers. It's recommended to have an amplifier that can deliver power within the range recommended for the speaker.
The maximum power that can be pumped out of a car speaker is dependent on the type of car speaker. Depending on the users definition of power, speakers can pump out at max anywhere from 70-100 decibels.
In laymen 's terms, yes. But the "Watts" of a speaker is not what the total power of the speaker is. The are usually two different ratings for speakers to determine the total power. One is "RMS", which means root-means square. And the terms "peak or continuose power". A speaker can be 400 Watts, 360 RMS, 390 continuous power. That means it will take an amp at least 400 Watts to drive the speaker properly. And the speaker will perform at 360 Watts RMS, and peak out at 380 Watts continuous power. Remember, u can't blow a speaker from overpowering it. Only from under power. The speaker will distort and sound horrible from overpowering, but it will not blow.
Some public speakers find that Power Point gives their talk a structure, and helps them to stay on topic and not wander off the subject. It provides a way to organize the entire talk, including the illustrations and captions, and it lets the speaker place relevant "talking points" (the main points speakers want to make) in a visible location -- up on the screen-- where the audience can see them. It also lets the speaker show photographs or cartoons that help the talk to be more entertaining. That's the good news. The bad news is Power Point can make speakers lazy-- rather than giving a talk and using the Power Point to enhance or illustrate certain key aspects, the speaker might just read the captions or even read the talk right from the Power Point. So, if you use it well, it can enhance your talk and give you a chance to focus on key concepts; but if you use it the wrong way, it can be really, really boring for the audience.
It is not recommended to use speaker wire for power wire for an amp. Speaker wire is not designed to handle the high current load required for powering an amplifier. It is best to use appropriate gauge power wire to ensure safety and optimal performance of your amplifier.
The pink wire is the Power Antennae Relay, green is the left rear speaker, red is the left front speaker, white is the right front speaker, yellow is the right rear speaker, green/black is the illumination, blue/black is the ACC/ON power, black is the ground, orange is the left rear speaker, blue is the left front speaker, black is the right front speaker, black is the right rear speaker, green/orange is the illumination, and grey is the memory power.