Answer:
For metal it's Malleable. For non metal is not ductile, on the right side, and poor conductor of heat and electricity. For metalloid it is in between metals and non metals, and semi conductor of heat and electricity
speed rate = 4 yards per minute (yds/min)
Distance = 20 yards
time = t
Apply the formula:
time = Distance / speed rate
Replacing:
Time = 20 yards / 4 yds/min = 5 minutes
Answer:
The density of the fluid is 1100 kg/m³.
Explanation:
Given that,
Height = 5.00 cm
Pressure at top =594 Pa
Pressure at bottom = 1133 Pa
We need to calculate the change in pressure
Using formula of change in pressure

Where,
= Pressure at bottom
= Pressure at top
put the value into the formula


Using formula of pressure for density


Where,
= density
P = pressure
h = height
Put the value in to the formula


Hence, The density of the fluid is 1100 kg/m³.
This is true. There is a downward force on the table that stabilizes the rock to stay there.
I dont think it can be solved as time is not mentioned