Answer:
its actually experimental this time
Explanation:
sorry bout the last one i just wanna help:(
Molar heat capacity is greater than heat capacity. the molar heat capacity of a substance is the particular heat c instances the molar mass of the substance M/N its numerical price is generally smaller than that of the particular warmness. Paraffin wax, for example, has a specific heat of about 2500 J⋅K−1⋅kg−1 but a molar heat capacity of about 600 J⋅K−1⋅mol−1.
Heat capacity or precise warmth is the quantity of warmth in keeping with unit mass that is required to elevate the temperature by 1°C. specific heat is helpful in figuring out the processing temperatures and amount of warmth necessary for processing and may be useful in differentiating among polymeric composites.
The warmth ability of an object describes how a good deal of heat energy is needed to boom the temperature of the object by way of 1 Kelvin (1 °C). word: bodily portions which might be related to the mass are called “specific” quantities and are regularly denoted by way of a decrease case letter.
Learn more about heat capacity here:
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The answer is B. because it starts at Conifer Seeds and ends at Northern goshawks.
Answer:
M
Explanation:
The concentration of the analyte in the 5-mL flask would be M
This is a problem of simple dilution that can be solved using the dilution equation;
C1V1 = C2V2,
where C1 = initial concentration, V1 = initial volume, C2 = final concentration, and V2 = final volume.
<em>In this case, the initial concentration (C1) is not known, the initial volume (V1) is 1.00 mL, the final concentration is 6.97 x 10-5 M, and the final volume is 10.00 mL.</em>
Now, let us make the initial concentration the subject of the formula from the equation above;
C1 = C2V2/V1. Solve for C1 by substituting the other parameters.
C1 = 6.97 x 10-5 x 10/1 = M
your answer is Particles collide in gas so Substance X is a gas.