# data[].attributes.body
Observations:-
Liquid pressure is affected by the following factors

Density of liquid

Depth of liquid

Acceleration due to gravity (g)

# data[].attributes.body
1. If fluid density increases, then pressure increases.
2. If gravitational force decreases then pressure decreases.
3. If depth increases, then pressure increases.

# data[].attributes.body
1. 1m = 111.26kPa
2. 2m = 121.341kPa
3. 3m = 130.987kPa

# data[].attributes.body
1. 1m = 115.155kPa
2. 2m = 129.174kPa
3. 3m = 143.042kPa

# data[].attributes.body
If depth increases pressure increases
If fluid density increases pressure increases
If gravity increases pressure increases

# data[].attributes.body
Water:
1m: 111.267 kPa
2m: 121.080 kPa
3m: 130.645 kPa

Honey:
1m: 115.796 kPa
2m: 129.554 kPa
3m: 142.960 kPa

# data[].attributes.body
Big brain

# data[].attributes.body
1m=110.690
2m=121.67
3m=145.89

# data[].attributes.body
The factors for liquid pressure are
- More density of liquid = more pressure
- More depth of liquid = more pressure
- More gravity exerted = more pressure

# data[].attributes.body
Liquid pressure is affected by
density of liquid
Depth of liquid
Acceleration due to gravity(g)
By revanth

# data[].attributes.body
If depth increases, pressure increases
If density increases, pressure increases
If gravity increases, pressure increases

# data[].attributes.body
1. If gravitational force increases, pressure increases
2. If fluid density increases, pressure increases
3. If depth increases, pressure increases

# data[].attributes.body
Observation(:Joshua:)
1m- 111.383kPa(water)
115.608kPa(honey)
108.366kPa(gasoline)
2m- 120.823kPa(water)
129.013kPa(honey)
114.974kPa(gasoline)

# data[].attributes.body
if density increases  then preesure will decrease
if the depth increases, then pressure will increase
accelaration due to gravity

# data[].attributes.body
1. If fluid density decreases, the pressure decreases.
2. If fluid density increases, the pressure increases.
3. If depth increases, the pressure also increases.
4. Fluids have more density than air, thus it also has more pressure than air.
5. If gravity increases, pressure also increases.
6. If the shape of the container is changed but the depth is same, the pressure remains same.
7. If weight is added, the pressure increases.

# data[].attributes.body
Water:
Reading 1: 113.895KPa
Reading 2: 122.886KPa
Reading 3: 130.190KPa

Honey:
Reading 1: 119.334KPa
Reading 2: 132.472KPa
Reading 3: 139.960KPa

Conclusion:
Factors affecting liquid pressure are-
Density
Depth
Gravity

# data[].attributes.body
Observation:-

Depth of liquid (more depth=more pressure)
Density of fluid ((water<honey) in pressure )
Gravity (more gravitational force =more pressure (earth>mars in pressure))

# data[].attributes.body
1m- 11.096 kPa
2m- 120.528 kPa
3m- 130.495 kPa

Observations:
-If the water has more depth, the pressure will be more.
-If the gravity exerted is more, the pressure will increase.

# data[].attributes.body
Liquids exert pressure in all directions
Pressure exerted by a liquid at the same depth will be the same

# data[].attributes.body
Water:
Depth:Pressure (m:kPa)
1 : 111.5
2 : 121.1
3 : 130.7

Honey:
Depth:Pressure (m:kPa)
1 : 115.5
2 : 129.3
3 : 142.6

Gravity of Mars (Using water):
Depth:Pressure (m:kPa)
1 : 42.3
2 : 45.8
3 : 49.40

Conclusion:
The deeper the water, the higher the pressure.
The pressure exerted is directly proportional to the viscosity of the fluid.
The lower the gravity, the lower the pressure.

# data[].attributes.body
Observation :
Water - 111 KPa     (1M)
- 121 KPa     (2M)
-  130 KPa   (3M)

Honey - 115 KPa    (1M)
- 129 KPa   (2M)
- 143 KPa   (3M)

Conclusion  :
1)Pressure increases with depth
2)Pressure increases with Gravity exerted
3)Pressure increases with density of fluid

# data[].attributes.body
Observations:
Water -
0.5m: 108.5 kPa
1.5m: 117.6 kPa
2m: 121.2 kPa
3m: 130.1 kPa
Honey -
0.5m: 110.04 kPa
1.5m: 122.5 kPa
2m: 129.9 kPa
3m: 143.06 kPa

Conclusion:
Therefore, from this experiment I conclude that the characteristics of liquid pressure are that it increases with an increase in the depth or level of the liquid, it increases with the increase in the density of the liquid, and it increases with the increase in acceleration due to gravity.