0
What else can I help you with?
Continue Learning about Physics
Is mecury a good conductor of heat?
Yes, Mercury is a good conductor of heat. It has a high thermal conductivity due to its metallic properties, allowing it to efficiently transfer heat.
What is the antonym for heavy?
The antonym for heavy is light.
What is the prefix for heavy?
The prefix for "heavy" is "over-".
What is another word for light as is not heavy?
Another word for "light" as in not heavy is "lightweight."
What is the adjective opposite for heavy?
The opposite of heavy is light.
Related Questions
Is mecury magnetic?
no.
Does Mecury have land?
no
What liquid is used in a barometre?
mecury
What is the number of moons mecury has?
Zero
What where the first thermometers?
Mecury thermometers
Is Pluto bigger than mecury?
No.
What is mecury's nickname?
The Swift Planet.
What is polluting the Maumee river?
mecury
What is unique about Mecury?
its the first planet
What are the 2 planets with no moons?
mecury and venus
Do people live on mecury?
no that's not possbiel]
What state is Mecury at room temperature?
Liquid
Trending Questions
What is the law of charged bodies?
What are facts about Nicola Tesla?
How do you test 220 volts using a volt meter?
How do you convert 25000 mg to kilograms?
What are 3 examples of forces?
What is electrostatic energy?
What are the differences between brakes and rotors?
How long will a rock be lifted by a force f?
How long does it take to inflate hot-air balloon?
How was the high five invented?
Why do you feel warm in a crowded room?
Would a hotter wire have a higher or lower resistance than cooler wire?
How do renewable energy resources affect our communities?
Do jumpers have charge when you rub them against a balloon?
How do you measure the mass of atom?
Do you have to add or take heat away in order to make something freeze?
What are both sound energy and light energy transmitted as?
How do you convert 15W to dB?
Advantage of meter stick or ruler?
What is the formula for potential energy in an object at a height h above the ground, where m is the mass of the object and g is the acceleration due to gravity?
Copyright ©2026 Infospace Holdings LLC, A System1 Company. All Rights Reserved. The material on this site can not be reproduced, distributed, transmitted, cached or otherwise used, except with prior written permission of Answers.