YES PERSONALLY I DO BECAUSE IF THERE WAS ANYTHING WRONG WITH ME I WOULD WANT TO KNOW IMMEADIATLY
Answer:
Many casualties can occur in this busy and crowded environmet below. If you look at this picture carefully you are able to see that the construction workers working on the high platform next to the building are being careless despite the platorm being high up and not looking very sturdy. If an accident does eventually occur where one of the workers fall off or the platform collaspes 911 should be called. The injured should be taken and kept somewhere safe before help can arrive to prevent further injuries. There should also be a person accompanying the injured to keep medical help updated before they can get to the destination. While that is happening, people need to check the scene and make sure there is no one left out and should be aware of any other events that may cause a accident. (like that spilled oil that's lookin sus)
Answer:
iv. There is no force of gravity acting upon orbiting astronauts.
2. it measures the mass
Explanation:
A logical fallacy occur in step iv
There is actually force of gravity upon the orbiting astronauts. Gravity exist in space. there is an upward and downward forces that keeps the body stable.
1,ii,iii are correct logical statements
2.What does the scale measure? ___________________ If a scale does not technically measure your weight, then why is it often used to measure your weight?
The scale measures ones mass.
Mass is the quantity of matter in a body. Matter is anything that has weight and occupies space. Assuming we are to measure the weight of ones body we will need to be hanged in the air and take measurement with the aid of a spring balance.
At this instant, the force of gravity will be acting on the body(that is one will experience the earth's gravitational pull to the earth's center)
Force is the pull or push on an object. F=mass * gravity
Force is also that which tends to change a body's state of rest or uniform motion on a straight line.
Newton's second law of motion states that the force applied is directly proportional to the rate of change in linear momentum
