What does kinetic energy do when it go up a hill?what do potential energy do when it does up a hill?
Solution 1
Answer:
Kinetic energy decreases as you go up hill
Potential energy increases as you go up hill
📚 Related Questions
Answer:
Im not sure, are there options for it?
Explanation:
Answer:
The correct answer is
C. disposed of according to your instructor’s directions
Explanation:
The question is not complete here is the complete one with options to choose from
After completing an experiment, all chemical wastes should be
A. taken home
B. dumped in the sink
C. disposed of according to your instructor’s directions
D. left at your lab station for the next class
Hydrostatic pressure is the pressure exerted by an incompressible fluid (a liquid) at a given point, due to the weight of the fluid above it. Atmospheric pressure is the pressure exerted on a surface by the weight of the atmosphere (a compressible fluid) above it.
The density of lead is 11.30 g/cm^3
Given the following data:
- Length = 4.50 cm
- Width = 5.20 cm
- Height = 6.00 cm
- Mass of lead = 1587 g
To find the density of lead;
First of all, we would determine the volume of the block of lead by using the formula;
Substituting the values into the formula, we have;
Volume = 4.50 * 5.20 * 6.00
Volume = 140.4 cm^3
Next, we find the density of lead;
Substituting the values into the formula, we have;
Density = 11.30 g/cm^3
Therefore, the density of lead is 11.30 g/cm^3
Find more information: brainly.com/question/5995838
Answer: Wind follows a pattern because the Earth is spinning in one motion. If we were spinning in one way then another we would have one day go by then the spinning cycle would change and we would have to go through that day all over again, it would not be logical because then we would be in the same season as well, we would be in one season for the rest of our lives until we died.
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Answer: 47.28
Explanation:
just times 5.91 by 8 your welcome please leave a heart and five star
Answer:
13.91
Explanation:
all u have to do is add if it's asking for how much
Given that,
Mass of a ball = 300 kg
To find,
The gravitational force acting on the ball.
Solution,
The force acting on the ball is force of gravity. It is equal to the weight of the ball.
W = mg
Substitute the value of m and g in the above formula
W = 300 kg × 10 m/s²
= 3000 N
Therefore, the ball attracts with a force of 3000 N.
Answer:
4 Amperes
Explanation:
At 600 Volts, a current of 4 amperes can pass through the body causing burns to internal organs.