It is not oven proof as it is made from tempered glass. The more suitable material to be oven proof is boro-silicate glass, bakewares such as Arcuisine is of the most suitable....
This is possible because of satellite television technology. It uses man-made or artificial satellites to send your favourite serial to your television set. But why do we need satellites for this purpose? The earth is round To understand this, we have to first take a look at the shape of our earth. Indeed, the earth is a sphere. This means if I were to send signals from one place to another on the earth's surface, the signals would sooner or later get lost on the curved surface. This is the reason why radio and television towers are very tall. The taller the tower, the farther the signals go. Each tower gathers signals and beams them to the television sets which capture them using their antennas. However, making and maintaining these towers can be very expensive. Also, the area to which a television tower can send signals is small. This is why we need a satellite. It is used to send signals to television sets all over the world. A geo-stationary satellite A geo-stationary satellite is one which remains fixed over a particular area on the earth's surface. Actually, it rotates at the same speed as the earth. Hence, it appears to be fixed. These satellites are quite useful things. They can be used to beam a signal to any part of the earth's surface. When you send a signal to it, it can reflect it back to the earth or transmit it to another satellite. This way, it can reach anywhere on earth. Television broadcasting companies convert television programmes into signals. These are then beamed to satellites, which, in turn, reflect it back to the earth, where they are gathered by dish antennas, installed by the cable operators. The cable operator then transmits these signals through the local cable network to your television. In this entire broadcasting process, satellites behave only as reflectors in the sky that gather and re-transmit television signals.
You may have difficulty doing that with both AM and FM because the antenna wavelenth is considerably out of range . Since you asked how to ELECTRONICALY cut down the signal... There are often trimmers on the tuning capacitor on AM and FM recievers that you could tweek but be careful because there are also frequency adjustments there as well . If you have an EXTERNAL antenna connections for AM & FM you can put attenuators on there , coaxial ones are available at R.S. but you can make one from resistors too. answer It may be a surprise to you but a simple voltage divider will reduce to any signal irregardless of signal length
dont have to do anything
She was born in 1968. I went to school with her. that would make her 39