Answer: 5.89 x 10¹⁰ Oreos to reach the Moon.
A box is 30cm wide , 50cm long and 20cm high Calculate :
A) The area of its base
B) The volume of the box
Please help me guys 15 points
Answer:
A) 1500cm ^2
B) 30000 CM ^3
Where is the most appropriate place to put a hydroelectric generator? Point A, B, or C?
EXPLAIN.
Answer:
It is c and i can't explain right now
Explanation:
Why do some objects bounce when you throw them at a wall?
Answer:
When you throw a ball against a wall or drop it onto the floor, you notice that it bounces back up again. In the same way, when the ball hits the floor and gets squished, it pushes back against the floor to try to make itself round again.
Explanation:
Answer:
According to Sir Isaac Newtons third law of motion, "For every action force, there is an equal reaction force in the opposite direction." What this means is when you exert a force upon the wall, as the ball does when it strikes it, the wall exerts an equal force back upon the ball, causing the ball to bounce back in ...
A 62 kg wake boarder is being pulled by a boat with a force of 124 N. What is the acceleration of the wake boarder?
Answer: 2m/s
Explanation:
The acceleration of the wake boarder is equal to 2 m/s².
What is acceleration?Acceleration of a body can be described as the change in velocity of a body with respect to time. The acceleration is a vector parameter posses both magnitude and direction. Acceleration is described as as the second derivative of position w.r.t. time and the first derivative of the velocity of an object w.r.t. time.
According to Newton's 2nd law of motion, the force (F) acting is equal to the product of the mass and acceleration (a).
F = ma
or, a = F/m
Therefore, acceleration (a) is inversely proportional to the mass (m).
Given, the force with which the boat pulled wake boarder, F = 124 N
The mass of the wake boarder = 62 Kg
The acceleration of the wake boarder, a = 124/62 = 2 m/s²
Therefore, the acceleration of the wake boarder is 2 m/s².
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i need help plz
100pts
Answer:
Bro what do i need to do?
Explanation:
Answer:
after and before they hit it, it's potential. as they are hitting it, it becomes the most kinetic of all of the time they are trying to score
Explanation:
my team of hockey would be called alligator mator
Answer the question correctly along with looking at both pictures.
Answer:
Its c
Explanation:
Position/Time graph
Answer:
idek
Explanation:
but i think its c
If 6 Chlorine atoms come out of a chemical reaction, how many must have entered into the reaction?
Answer: 2
Explanation:
Look at both pictures. Answer the question correctly.
Answer:
A I think hope it helped.
Explanation:
Which is NOT a type of basketball pass?
Shoulder pass
Bounce pass
Overhead pass
Chest pass
Which is not a component of throwing?
hand eye coordination
follow through
balance
muscle
Which sport does not require passing or throwing?
Basketball
Football
Tennis
Baseball
Answer
1: Shoulder pass
2: Muscle
3: Tennis My bad!!
A shoulder pass is a type of basketball pass.
Muscle is not a component of throwing.
What is a basketball pass?A pass in basketball is one of the most basic and fundamental skills needed to play the game. It is when a player moves the ball to another teammate through the air without being right next to each other.
A pass advances the ball anywhere around the court anytime a player is not dribbling it.
A shoulder pass is a type of basketball pass.
Muscle is not a component of throwing.
Tennis is a sport that does not require passing or throwing.
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Aristotle and Ptolemy both reasoned that the celestial bodies must be provided with a source of motion.
true or false?
Answer:
True.
Explanation:
you guys bad news... i failed nnn :c
Answer:
I am so sorry about that.
Explanation:
Radiant energy travels in the form of electromagnetic waves. They are called electromagnetic waves because they contain both an electrical field and a magnetic field. Radio waves and light waves are examples of electromagnetic waves. Unlike mechanical waves such as sound, electromagnetic waves can travel in space. Which statement describes how electromagnetic waves and sound waves are alike?
Both types of waves are mechanical waves
Both types of waves transfer energy
Both types of waves can travel in space
Both types of waves have an electrical and magnetic field
Answer:
It is the third option.
Explanation:
Both electromagnetic waves and mechanical waves transfer energy.
What is electromagnetic waves?In a vacuum, or free space, electromagnetic waves are self-sustaining oscillations of the electric and magnetic fields.
An essential fundamental constant with the value of 3×10⁸m/s. . is the velocity of electromagnetic waves in vacuum or free space.
Diffraction, refraction , and polarization is possible in electromagnetic waves.
Like other waves, electromagnetic waves carry motion and energy.
What is mechanical waves?An oscillation of matter known as a mechanical wave is what is responsible for the transmission of energy via a medium.
The transmission medium sets a restriction on how far a wave can travel. In this instance, there is almost little translational motion and the oscillating material rotates around a fixed point. The measurement of mechanical waves, which is determined by displacement divided by wavelength, is one intriguing aspect of them.
Hence, both types of waves transfer energy.
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