Answer:
A. Egypt
Explanation:
The Hebrew traditions say that a men named Moses was the one that led the Hebrews out of Egypt and into the Promised Land, somewhere around 1250 BCE. According to the legend, Moses was a men that communicated with God, so he was well respected among the Hebrews. Because the Hebrews were enslaved by the Egyptians and treated very badly, they wanted to escape into freedom, but were afraid to do so. Moses was not afraid though, and he openly stood up to the pharaoh and led the Hebrews out of Egypt successfully, eventually reaching the Promised Land.
The existence of Moses as a historical figure is disputed by the historians though, as there are no evidence of any sort that he actually existed, so he is thought to be a mythological figure. On the other hand, it is thought that there is a possibility that a men with this name existed in the 13th century BCE, and that he was well respected and had some leading role among the Hebrews, so latter numerous things, often exaggerated, were attributed to him.
Answer:
A star
Explanation: The sun is the brightest star in the solar system ,and is the only star that can be visible during the day.
Answer:
1.0236 billion metric tons
Explanation:
Given Parameters
Number of cars = 300000000
Average gas mileage per car = 25 MPG
Average distance covered by a car in one year = 10000 miles
CO2 Emission = 8.53 kg/gallon
Derivations from the given parameters,
If the average gas mileage per car is 25 MPG, then the volume of fuel consumed by a car in a year is:
<em>10000 miles ÷ 25 MPG = 400 gallons
</em>
The CO2 emission for one car in a year is:
<em>400 gallons × 8.53 kg/gallon = 3412 kg or 3.412 metric tons (note: 1000 kg = 1 metric ton)
</em>
The CO2 emission for 300000000 cars in year is:
<em>3.412 metric tons × 300000000 = 1023600000 kg = 1.0236 billion metric tons
</em>
Answer:
Physical regions are defined by landform (continents and mountain ranges), climate, soil, and natural vegetation.
Explanation:
good luck
The atmosphere and Earth's interior are layered by density. Gravity pulls more strongly on denser materials so denser materials are at the center of things. Earth's core, at its center, is denser than its crust.
