Answer:
MISSING DATA, SPEED AT WHICH IT WAS LAUNCHED OR INITIAL
DISTANCE THAT REACHED UPWARDS
Explanation:
ANYWAY I LEAVE YOU THE LINK, AUÍ AHY MORE INFORMATION ON THE
SUBJECT.
https://gscourses.thinkific.com
It is a scaler because it’s only fully describes by a magnitude and a numerical alone
Answer:
Science can only answer inquiries about effects and events that are discovered, defined, and studied in the material realm. It cannot answer questions about the one basic cause of all effects and events.
Answer:
typhoon forms when winds blow into areas of the ocean where the water is warm. These winds collect moisture and rise, while colder air moves in below. This creates pressure, which causes the winds to move very quickly. The winds rotate, or spin, around a center called an eye.
Answer:
423m/s
Explanation:
Suppose after the impact, the bullet-block system swings upward a vertical distance of 0.4 m. That's means their kinetic energy is converted to potential energy:


where m is the total mass and h is the vertical distance traveled, v is the velocity right after the impact at, which we can solve by divide both sides my m
Let g = 9.81 m/s2



According the law of momentum conservation, momentum before and after the impact must be the same

where
are the mass and velocity of the bullet before the impact, respectively.
are the mass and velocity of the block before the impact, respectively, which is 0 because the block was stationary before the impact


