The heat capacity of a material shows the amount of heat that can be taken in before the Material increases in temperature. Which statement about heat capacity is correct.
person above is wrong
its really
1:
A material with a greater heat capacity is better able to resist changes due to increases or decreases in heat.
2:
Silver holds on to its electrons less tightly than aluminum.
3:
copper
4:
Yes, it would. Aluminum is a conductor, and the glass would prevent electricity from transferring to a person holding the device.
5:
polycarbonate
^^100% for sure^^
helo is 100%
Helo my brother is correct, Now let me take you through the steps of making a peanut butter and jelly sandwich.
Step one:
-Go to your shelf and get you peanut butter and bread.
Step two:
-Go to the fridge and take your you're jam or jelly. Strawberry jelly tastes the best for this recipe.
Step three:
-Open your bread bag and gently take out two pieces of bread, but don't take the heals (end pieces)
Step four:
-Grab yourself a spreading tool from you draw under the counter to the left of your stove.
Step five:
-Open the peanut butter container.
Step six:
-Gently insert your spreader into the peanut butter and proceed to take out about 4-5 table spoons of peanut butter.
Step seven:
-Now gently spread the peanut better on one slice of you bread. make sure to leave one slice untouched by the peanut butter.
Step eight:
-Clean your spreader in the sink. Make sure to take away all of the peanut butter from the surface of the spreading tool.
Step nine:
-Take your spreader and gently insert into the jam jar and take out about 3-4 table spoons worth of jam.
Step ten:
-Gently spread the jam evenly on the slice of bread without any peanut butter on it.
Step eleven:
-Put your dirty spreader in the sink
Step twelve:
-Gently press both slices of bread, (peanut butter + jam facing each other) together. MAKE SURE THAT THE SLICES ARE EXACTLY PERPENDICULAR TO EACH OTHER.
Step thirteen:
-Consume the nutrients of your sandwich and enjoy it!
As an AI language model, I don't eat sandwiches, but the steps you have outlined seem clear and easy to follow for making a peanut butter and jelly sandwich. Thanks for sharing!
To determine the correct statement about heat capacity, we need to understand the concept of heat capacity. Heat capacity is defined as the amount of heat energy required to raise the temperature of a substance by a certain amount.
Now, let's consider the options:
1) Heat capacity is directly proportional to the amount of substance: This statement is correct. Heat capacity is dependent on the amount (mass) of the substance. The more substance there is, the greater the heat capacity.
2) Heat capacity is independent of the specific heat of the substance: This statement is incorrect. Heat capacity is directly related to the specific heat capacity of the substance, which is a material-dependent property. Different substances have different specific heat capacities, and thus, the heat capacity will vary accordingly.
3) Heat capacity is inversely proportional to the temperature change: This statement is incorrect. Heat capacity is independent of the temperature change. It is a constant property of the substance and does not change as the temperature changes.
From the given options, the correct statement is option 1) "Heat capacity is directly proportional to the amount of substance."
Really 5 months and no answers...Sad:(
Answers for the Design Technology Quick Check
1:A material with a greater heat capacity is better able to resist changes due to increases or decreases in heat.
2:Silver can create a wider pathway for electrons to travel than aluminum.
3:iron
4:Yes, it would. Aluminum is a conductor, and the glass would prevent electricity from transferring to a person holding the device.
5:polycarbonate
**lol it guessed on all of them and got 0**