Check Your Understanding Fill in the blanks in the paragraph below. In Fig. 7-2, if the piston was raised, the pressure would (3) If the piston was lowered, the distance between the molecules would (4). In Fig. 7-3, the molecules are farthest apart in container The pressure is greatest in container (6) If the molecules in any of these containers are pushed coser together, their (5). velocity (7)
Check Your Understanding Fill in the blanks in the paragraph below. In Fig. 7-2, if the piston was raised, the pressure would (3) If the piston was lowered, the distance between the molecules would (4). In Fig. 7-3, the molecules are farthest apart in container The pressure is greatest in container (6) If the molecules in any of these containers are pushed coser together, their (5). velocity (7)
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
![Figure 7-3. If each container the of the pressure
Gases out to fill any container in which are See
in the containers is different. pressure of a gas is to average
The container is at the top by a By and
lowering the can on the gaS.
container, thhe of a gas is by the agains
Pressure is the of force on a of area.
Understanding Fill in the in the below.
Molarity - 015 meles .15 M
Calculate the molarity of each of the followimg sotutions 1
1. 1.0 moles of KCI in 750 ml of solution
2. .50 moles of MgCl2 in 1.5 iters of solution
10-33M
3. 400 g of Cus04 in 4.00Lof otion
4. .060 g of NaHCO3 in 1,500 mil of ssollution
T0.040M)
43
arity eqqutiom to callevallate enol
Cings
In a close
TAKE
ANOTHER
LOOK
E.
7-2
velocity of its molecules.
Gas
molecule
Fig. 7-3
A
In Fig. 7-2, if the piston was raised, the pressure would (3)
If the piston was lowered, the distance between the molecules would
Check Your
Understanding Fl in the blanks in the paragraph below.
In Fig. 7-3, the molecules are farthest apart in container
(7)
(5).
The pressure is greatest in container (6)
If the molecules in any of these containers are pushed closer together, their
velocity (7)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb19a6b04-6c0c-4107-b369-970fbe5270ed%2Ff4bc778c-fa1b-49ff-b092-7c2b79265d8a%2F3m5xbsr.jpeg&w=3840&q=75)
Transcribed Image Text:Figure 7-3. If each container the of the pressure
Gases out to fill any container in which are See
in the containers is different. pressure of a gas is to average
The container is at the top by a By and
lowering the can on the gaS.
container, thhe of a gas is by the agains
Pressure is the of force on a of area.
Understanding Fill in the in the below.
Molarity - 015 meles .15 M
Calculate the molarity of each of the followimg sotutions 1
1. 1.0 moles of KCI in 750 ml of solution
2. .50 moles of MgCl2 in 1.5 iters of solution
10-33M
3. 400 g of Cus04 in 4.00Lof otion
4. .060 g of NaHCO3 in 1,500 mil of ssollution
T0.040M)
43
arity eqqutiom to callevallate enol
Cings
In a close
TAKE
ANOTHER
LOOK
E.
7-2
velocity of its molecules.
Gas
molecule
Fig. 7-3
A
In Fig. 7-2, if the piston was raised, the pressure would (3)
If the piston was lowered, the distance between the molecules would
Check Your
Understanding Fl in the blanks in the paragraph below.
In Fig. 7-3, the molecules are farthest apart in container
(7)
(5).
The pressure is greatest in container (6)
If the molecules in any of these containers are pushed closer together, their
velocity (7)
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