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What is 39.5 degrees celsius converted into degrees Fahrenheit?
Wiki User
∙ 11y ago
103.1o F
F =1.8C+32
1.8x39.5=71.1
71.1+32=103.1
Wiki User
∙ 11y ago
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What is 20 percent of 395?
20 percent of 395 = 7920% of 395= 20% * 395= 20%/100% * 395= 790/10 or 79
What is the percent of 395?
What is what percent of 395
What what is the distance between 178 and -395 on a number line?
573
What is the sum of 395 and 276?
395 + 276 = 671
Is 395 to the nearest 10?
No. 395 to the nearest 10 is 400.
What is 395 degrees Fahrenheit in Celsius?
Exactly 39.5 °C = 103.1 °FThe conversion formula is °F = (9/5 °C)+ 32°
Which element would boil only one degree after it melted?
The element that would boil only one degree after it melted is mercury. Mercury has a melting point of -38.83 degrees Celsius and a boiling point of 356.73 degrees Celsius, giving a difference of approximately 395 degrees.
If you Convert 395 to a lower term what would it be?
A single number can't be 'converted' to a 'lower term'. "395" is just that ... 395, and nothing else.A ratio of two numbers, written as a fraction, can often be reduced to lower terms.
What is 395 x 395?
395*395 = 156025
What is the boiling point of liquid paraffin?
Paraffin is a class of hydrocarbons called Alkane the most basic alkane being methane. Methane has a boiling point of -161 degree Celsius. As it goes higher the bp increases as the energy required to break the hydrogen bonding increases.
What is 3.5 percent of 395?
3.5% of 395= 3.5% * 395= 0.035 * 395= 13.825
What is 20 percent of 395?
20 percent of 395 = 7920% of 395= 20% * 395= 20%/100% * 395= 790/10 or 79
What is the percent of 395?
What is what percent of 395
What is 395 percent of 791?
395% of 791 = 395% * 791 = 3.95 * 791 = 3,124.45
Is 395 divisible by?
1, 5, 79, 395
What what is the distance between 178 and -395 on a number line?
573
What is the surface temperature on Pluto?
The average surface temperature on Pluto is around -375 degrees Fahrenheit (-225 degrees Celsius). This extreme cold is due to its distance from the Sun and its thin atmosphere, which cannot retain heat effectively.
