Water has one of the highest specific heat capacities.
True
False

Answers

Answer 1

Answer: True and it actually has the highest of any liquid

Answer 2

Answer:

The answer is true. Water does have one the highest specific heat capacities.

Related Questions

What types of elements- metals,nonmetals, or metalloids requirethe most energy to remove anelectron?Why do these elements have a higher ionization energy?
4. How many protons are there in this atom?5. How many neutrons are there in this atom? 6. How many electrons are there in this atom? 7. What is the atomic weight of this atom? 8. Does the mass on the periodic table round to the mass this atom has? 9. What atom is this? 9p+ 10 n° 10. For each electron shown, write on the diagram to indicate which orbital (1s, 2s, 2p,...) each electron is in. 11. Draw the orbital filling diagram for this atom. (Orbital filling is the thing with the boxes and the arrows). 12. Write the electron configuration (1s"2s*) for this atom.
Complete the balanced equation: Cu(NO3)2 + Na2CO3 > ?
What mass of the compound CrO3 (M=100.0) contains 4.5x10^23 Oxygen atoms?Please show your steps.
What is the total number of protons contained in the nucleus of a carbon 14 atom

Is this molecule a polar or non polar?

Answers

Answer:

This is polar

Explanation:

If the arrows are of different lengths, and if they do not balance each other, the molecule is polar.

If the arrangement is asymmetrical, the molecule is polar.

Hope this helped!!!

A researcher is using a particle accelerator in an expriment studying isotopes. How can the researcher change on isotope into a different isotope of the same element?

Answers

Neutron capture reactions.

Explanation

Isotopes of the same element have the same number of protons in each nucleus. However, their nucleus differ in the number of neutrons. Adding one or more neutrons to a nucleus will converts it to a different isotope of the same element.

Neutrons can be produced with a particle accelerator. The researcher might aim fast moving alpha particles $\phantom{}_2^(4)\text{He}$ from the accelerator at a beryllium Be target.

$\phantom{}_4^(9) \text{Be} + \phantom{}_2^4\text{He} \to \phantom{}_{\phantom{1}6}^(12)\text{C} + \phantom{}_(0)^(1) \text{n}$

Doing so will convert beryllium-9 to carbon-12 and release one neutron.

The neutron produced in this process moves very fast ("fast neutrons"). It might knock protons or alpha particles off the target nucleus. This is undesirable since the nucleus will have a change in its proton number. It will end up belonging to a different element.

The researcher should reduce the speed of those neutrons. Passing neutrons through moderators greatly reduces their speed. Moderators are materials that are rich in light nuclei. They remove the energy of neutrons as the two collide. Examples of moderators are heavy water (D₂O) and graphite (carbon). Slow neutrons are easier to capture than fast-moving ones. Combining those slow-moving neutrons to the source isotope will likely produce a different isotope of the same element.

Reference

Vitz, Ed. et. al, "19.5: Neutron Bombardment", ChemPRIME (Moore et al.), Libretexts Chemistry, 2017

Answer:

D. BY ADDING OR REMOVING NEUTRONS.

Hope this helps!

Explanation:

Determine the pressure change when a constant volume of gas at 2.50 atm is heated from 30.0 °C to 40.0 °C.

Answers

Answer:

The pressure changes from 2.50 atm to 2.58 atm (an increase of approximately 0.08 atm) when the gas is heated from 30.0°C to 40.0°C.

Explanation:

As the given volume of gas is constant, we can use Gay-Lussac's law to solve this problem as it relates pressure to temperature.

Gay-Lussac's law

$\boxed{\sf (P_1)/(T_1)=(P_2)/(T_2)}$

where:

P₁ = Initial pressure
T₁ = Initial temperature (in kelvins)
P₂ = Final pressure
T₂ = Final temperature (in kelvins)

First, we need to convert the given temperatures from Celsius to Kelvin by adding 273.15:

$\implies \sf T_1=30+273.15=303.15\;K$

$\implies \sf T_2=40+273.15=313.15\;K$

Therefore, the values to substitute into the equation are:

P₁ = 2.50 atm
T₁ = 303.15 K
T₂ = 313.15 K

As we are solving for the final pressure, rearrange the equation to isolate P₂:

$\sf P_2=(P_1T_2)/(T_1)$

Substitute the values into the equation and solve forP₂:

$\implies \sf P_2=(2.50 \cdot 313.15)/(303.15)$

$\implies \sf P_2=(782.875)/(303.15)$

$\implies \sf P_2=2.58246742...$

$\implies \sf P_2=2.58\;atm\;(3\;s.f.)$

Therefore, the pressure changes from 2.50 atm to 2.58 atm (an increase of approximately 0.08 atm) when the gas is heated from 30.0°C to 40.0°C.

Chlorine and element X have similar chemical properties. An atom of element X could have an electron configuration of(1) 2-2 (2) 2-8-1 (3) 2-8-8 (4) 2-8-18-7

Answers

An atom of element X will have an electron configuration of 2-8-18-7. Therefore, option (4) is correct.

What kinds of elements have similar chemical properties?

Those chemical elements present in the same group of the periodic table have similar chemical properties. Elements are placed in vertical columns that have the same number of electrons in their valence shell and identical chemical properties.

On the periodic table, the vertical columns are known as groups because of their identical chemical behavior. All the chemical elements of a group (1 to 18) have similar chemical properties.

The atomic number of chlorine is 17 and the distribution of electrons in its shells is 2, 8, 7. So, chlorine exhibits seven electrons in its outermost shell. Therefore, the atom which will carry seven electrons in its outermost shell will have identical chemical properties as that of chlorine.

Hence, out of the four options, the atom with electronic configuration 2-8-18-7 will have similar chemical properties as those of chlorine.

Learn more about elements with similar chemical properties, here:

brainly.com/question/5364617

#SPJ6

Answer: Option (4) is the correct answer.

Explanation:

Chemical properties depend on the number of electrons present in the valence shell.

Atomic number of chlorine is 17 and electrons present in its shells are distributed as 2, 8, 7. So, there are 7 electrons present in the outermost shell.

Therefore, the atom which will also have 7 electrons present in its outermost shell or valence shell will have similar chemical properties as that of chlorine.

Hence, out of the given options atom with electronic configuration 2-8-18-7 will have similar chemical properties.

The element carbon, nitrogen, and oxygen are all part of the same?

Answers

The elements carbon, nitrogen and oxygen are all part of the same row or period on the periodic table of elements.

You have two bottles of water. One bottle is left outside in the sun for two hours. The other is left in an air-conditioned room for the same amount of time. What would you expect to observe after the two hours?The bottle left outside will have lower vapor pressure than the bottle from the room.

The bottle left outside will have the same vapor pressure as the bottle inside the room because they both contain water.

The bottle left outside will have higher vapor pressure than the bottle from the room.

No change to either bottle.

Answers

You have two bottles of water. One bottle is left outside in the sun for two hours. The other is left in an air-conditioned room for the same amount oftime. After 2 hours, I would expect that the bottle left outside will have higher vapor pressure than the bottle from the room.

Other Questions

Which element is likely to be the most brittle

Which must be a mixture of substances?1. solid2. liquid3. gas4. solution

2. When lithium reacts with bromine to form the compound LiBr,each lithium atom1) gains one electron and becomes a negatively charged ion2) gains three electrons and becomes a negatively charged ion3) loses one electron and becomes a positively charged ion4) loses three electrons and becomes a positively charged ion

A gas syringe contains 56.05 milliliters of a gas at 315.1 K. Determine the volume that the gas will occupy if the temperature is increased to 380.5 K.