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Create a detailed image displaying a kitchen setting with a stainless steel microwave on the countertop and a small, patterned ceramic mug sitting inside the microwave. The mug has some water inside, and the digital display of the microwave shows numbers, indicating its power level and timer but do not show any explicit text. The ambiance of the room is at room temperature which can be indicated by a thermometer on the wall showing 25 degrees Celsius. Make sure the objects and the environment give an insight into the physics and chemistry involved in heating the water.

Suppose you wanted to heat a mug of water (250 mL) from room temperature 25 C to 100 C to make a cup of tea. How much energy (in units of calories and joules) would you need from your microwave?

75x250x4.184=78450 J

78450/4.184= 18750 Cal

75x250x4.184=78450 J

78450/4.184= 18750 Cal

Half life 3 confirmed.

q = mass H2O x 1 cal/g*C x 75

q = mass H2O x 4.18 J/g*C x 75

Di 3.456+*(9)

Convert 25,058 to kcals

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