Answer:
Waxing gibbous: more than half-lit, less than full
The word gibbous comes from a root word that means hump-backed. People often see a waxing gibbous moon in the afternoon, shortly after moonrise, while it's ascending in the east as the sun is descending in the west.
Explanation:
hope this helps! ;)
Here’s the last two questions again, tysm!
Answer:2 possible ways for question 16 and for question 17 they could be two posible causes
Explanation for 16:
1)you can use velocity like a rocket fast enough to reach the meteor and crush it mid way to earth 2)you can use mass like a big rock but if the meteor is to big then use velocity too for it can help the mass have a big colisio whit the asteroid whit a catapult or a big launcher and the moon gravity can help to because of the force
Explanation for 17:the two were in a different road and the one that is sideways was at a bigger speed then the car left in the middle and because of the mass the collision was worse For the one in the middle
Which of these does not affect the climate of a city?
Select one:
a. mountain ranges
b. ocean currents
c. altitude
d. population
Answer:
altitude
Explanation:
this is the correct answer happy
Answer: c , hope it helps :3
A measuring cylinder has 15cm3 of water in it. A piece of plasticine was placed into the measuring cylinder. The volume now measures 31cm3. What is the volume of the plasticine?
Answer:
Pretty sure this one is 16
Explanation:
Your turn it in score is 98%. I am not allowed to grade any assignments that have a score that high. Please redo the assignment, and re-submit. Thanks.
Mr. Z what does this mean somebody help?
Answer: He can't grade it your to smart .
Explanation:
Types of crust found at certain tectonic boundaries (earths layers)
Pls answer I need to finish this assignment
Answer:
The Earth’s lithosphere, which includes the crust and upper mantle, is made up of a series of pieces, or tectonic plates, that move slowly over time.
Please write in 4-6 sentences
Describe the relationship between wavelength and the energy of the wave.