No, braising and soldering are not done at the same temperature. Braising typically involves cooking food at a temperature range of 300°F to 450°F (about 150°C to 230°C), using moist heat. In contrast, soldering is a metal joining process that generally requires temperatures between 350°F and 800°F (about 175°C to 425°C), depending on the materials and solder used. Thus, the two processes operate at different temperature ranges and for different purposes.
March and April have the same average temperature.
All materials have the same temperature in identical conditions.
Two stars of the same spectral class must have the same temperature and color. This classification system groups stars based on their temperature, with each spectral class representing a specific range of temperatures.
no
Temperature sensors and temperature transducers are related but not the same. A temperature sensor detects temperature changes and provides a signal that corresponds to the temperature, while a temperature transducer converts that temperature into a different form of energy, typically an electrical signal. In many contexts, the terms are used interchangeably, but technically, a transducer implies a conversion process.
Butter braising, (also called pot roasting), uses the same priciples as braising without the addition of liquid.
The type of material used to connect the pieces. Solder is used on copper or brass. Brazing uses a copper alloy and is used on Iron based items. Same process in how it is done.
same concept, silver soldering requires higher temperatures usually
No, soldering and brazing fluxes are not the same. Soldering fluxes are designed to remove oxides from the metal surfaces being joined during soldering, while brazing fluxes are formulated to clean the joint and promote wetting for the filler metal in brazing processes. Additionally, brazing fluxes can handle higher temperatures compared to soldering fluxes.
It isn't. A "rangetop" is the same as a regular burner. The cooking temperature for recipes varies, but anything done on a "rangetop" would be the same as a regular burner, as long as it is functioning properly.
why do you think its best for soldering iron to have soldering stand
It is closer too soldering, just more heat, tin/sliver instead of solder and brazing flux instead solder flux. More like welding as far as strength is concerned. It is very strong and is used on larger diameter pipes. however application is the same as soldering
The temperature is the same. The temperature at which something freezes is the same as the temperature at which that same thing mels.
Different temperatures are necessary to melt different solder alloys: Tin/Lead alloy 63 Sn 37Pb requires 361 oF or 183 oC Tin/Silver alloy 97Sn 3 Ag requires 430 oF or 221 oC Tin/Lead/Silver alloy 62Sn 36Pb 2Ag requires 354 F 179 oC If the iron's tip is much hotter the metals easily oxidize faster. Note: remember that the temperature control on a soldering station is not the same as an on/off switch: if you want to the temperature of the tip to change, you have to allow sufficient time for heating-up or cooling-down after you have changed the setting of the temperature control. Look at the little indicator light to be sure it's on and is not blinking to show the set temperature has not yet been reached.
Look at the 'bit', the part that gets hot that you do the soldering with. It should have an inclined flat surface on the end. If it has not, make one by using a file. Heat the soldering iron up. At the same time get the solder out, which should be tin solder with internal flux. When the iron is hot, quickly file the surface of the bit clean and apply the solder, which should immediately 'take' to the surface. That's it.
Heat is a form of energy, temperature is a point on an arbitary scale. A hot day is not the same temperature as a hot drink and that is not the same temperature as a hot oven. The temperatures 20C, 68F, 293K and 528Ra are all the same temperature on different scales.
Yes, two gases at the same temperature have the same average kinetic energy. Temperature is a measure of the average kinetic energy of the particles in a substance. Therefore, if two gases are at the same temperature, their particles have the same average kinetic energy.