there is a proportional relationship between your distance from a thunderstorm and the amount of time that elapses between the time you see lightning and the time you hear thunder. if there are 9 seconds between ligtning and thunder, the storm is about 3 kilometers away. if you double the amount of time between lightning and thunder, do you think the distance in kilometers also doubles?
Answers
Answer 1
Answer:
Yes, I think so. In fact, I'm convinced of it.
Yes, I think so. In fact, I'm convinced of it.
Answer 2
Answer:
If it is a directly proportional relationship, than yes, it doubles.
But this is not true in terms of the science of physics since sound dissipates over distance and is refracted through different mediums :3
But this is not true in terms of the science of physics since sound dissipates over distance and is refracted through different mediums :3
Related Questions
Michael plans to buy a new car for $25,000. If he saves $1220 a month for it, in how many months will Michael be able to buy the car? Write an inequality and solve.
Round 12.745 to the nearest tenth
Find the angle of elevation from the point on the ground 90 feet from the base of a building that is 200 feet tall
Is it possible to draw a triangle with sides that are 4 inches, 5 inches, and 8 inches long? Justify your answer
WHAT IS THE DOMAIN OF (F+G) (X) ?
Round 12.745 to the nearest tenth
Find the angle of elevation from the point on the ground 90 feet from the base of a building that is 200 feet tall
Is it possible to draw a triangle with sides that are 4 inches, 5 inches, and 8 inches long? Justify your answer
WHAT IS THE DOMAIN OF (F+G) (X) ?
Answers
The required number would be 80 which is 24.5% equal to 19.6.
What is the percentage?
The percentage is defined as a ratio expressed as a fraction of 100.
For example, If Misha obtained a score of 67% on her exam, that corresponds to 67 out of 100. It is expressed as 67/100 in fractional form and as 67:100 in ratio form.
Let the required number would be x
To determine the required number 24.5% represents as a fraction, you can divide 24.5 by 100. This gives you 0.245.
To find out required number 19.6 is 24.5% of, you can set up the following equation:
19.6 = 0.245x
To solve for x, you can divide both sides of the equation by 0.245:
x = 19.6 / 0.245
x = 80
Therefore, 19.6 is 24.5% of 80.
Learn more about the percentages here:
#SPJ2
19.6/0.245=80 and 80*0.245= 19.5 as a check, so it's 80
Answers
Well first you would have to full get rid of that 7.
So, -2/3x+7-7=3-7 Which then equals -2/3x= -4
Then you would want to get x by it's self.
So, -2/3x x (-3/2)= -4 x (-3/2) Which then equals x= 6
So your answer is, x= 6
So, -2/3x+7-7=3-7 Which then equals -2/3x= -4
Then you would want to get x by it's self.
So, -2/3x x (-3/2)= -4 x (-3/2) Which then equals x= 6
So your answer is, x= 6
Answers
12/30 is the fraction 0.4 is the decimal all you do is put the fraction of kids who can stay in the numerator (top) and the kids who can't stay in the denominator (bottom) hope this helps hope i am brainliest i need one more
Answers
The quest for religious and political freedom is often cited as the reasons Europeans colonized North America, but natural resources were another major draw. These included whales, vast schools of cod, and towering lodgepole pines used for ship's masts. But the resource that lured explorers across the continent was ACTUALLY the beaver.After the early European explorers realized that Canada was not the spice-rich Orient, the main mercantile attraction was the beaver, then a population numbering in the millions. In the late 1600s and early 1700s, the fashion of the day demanded fur top-hats, which needed beaver pelts. As these hats became more popular, the demand for the pelts grew. Explorers were dispatched deep into the North American wilderness to trap and trade for furs with local natives.King Henry IV of France saw the fur trade as an opportunity to acquire much-needed revenue and to establish his North American empire. Both English and French fur traders were soon selling beaver pelts in Europe at 20 times their original purchase price.The first North American coat of arms to depict a beaver was created by Sir William Alexander, who was granted title in 1621 to the area now known as Nova Scotia .The trade in beaver pelts proved so lucrative that the Hudson's Bay Company honoured the buck-toothed little animal by putting it on the shield of its coat of arms in 1678. The Hudson's Bay Company shield consists of two moose and four beavers separated by a red St. George's Cross, and reflects the importance of this industrious rodent to the company. A coin was created at that time to equal the value of one beaver pelt.There is a magazine called "The Beaver", first published in 1920 by Hudson Bay Company, that is still being published today.Hudson’s Bay Company was no ordinary business. Wielding extraordinary power, it was a business that acted like a nation. It played a major role in the exploration of Canada, even helping determine its borders. A potent rival to Hudson’s Bay Company, the French also honored the beaver in 1678. In that year, Louis de Buade de Frontenac, then Governor of New France, suggested the beaver as a suitable emblem for the Colony, and proposed it be included in the armorial bearings of Quebec City. In 1690, the "Kebeca Liberata Medal" was struck to commemorate France’s successful defense of Quebec. The reverse depicts a seated woman, representing France, with a beaver at her feet, representing Canada.The beaver was included in the armorial bearings of the City of Montréal when it was incorporated as a city in 1833. Sir Sandford Fleming assured the beaver a position as a true National Symbol when he featured it on the first Canadian postage stamp - the "Three Penny Beaver" of 1851.The beaver appeared with the other popular Canadian symbol, the maple leaf, on the masthead of Le Canadién, a newspaper published in Lower Canada. It was one of the emblems of the Société Saint-Jean-Baptiste for a time, and it’s still found on the crest of the Canadian Pacific Railway Company (CPR).Despite all this recognition, the beaver was close to extinction by the mid-19th century. There were an estimated six million beavers in Canada before the start of the fur trade. During its peak, 100,000 pelts were being shipped to Europe each year, and the Canadian beaver was in danger of being wiped out. Luckily, about the mid-19th century, Europeans took a liking to silk top-hats, and the demand for beaver pelts all but disappeared. Beaver populations began to recover as Great Britain’s northern North American territories evolved towards nationhood.On March 24, 1975, the beaver received the highest honour ever bestowed on a rodent. On that day it became an official emblem of Canada when an "act to provide for the recognition of the beaver (castor canadensis) as a symbol of the sovereignty of Canada" received Royal assent. Today, thanks to conservation and silk hats, the beaver - the largest rodent in Canada - is alive and well all over this great country.The beaver design has appeared seven times on a Canadian stamp issue. It first appeared on the 1851 3 pence, followed by the 1852 3 pence stamp on wove paper, the 1858 3 pence issue, the 1859 five cent, the 1951 15 cent, the 1982 stamp-on-stamp for the Canada '82 Philatelic Exhibition, and a 25 cent stamp in 1988. As 2001 is the 150th anniversary of the first Canadian postage stamp, Canada Post has issued another beaver stamp to honour the occasion. The Royal Canadian Mint also issued a special commerative 3 cent coin in 2001 (shown below larger than actual size). It is not in general circulation and only available to collectors by special order.
7/10+6/100= how do solve this problem
Answers
We need to find the Lowest Common Denominator = LCD lowest is 100
10 x 10, 20, 30, 40, 50, 60, 70, 80, 90, 100
100 x 100, 200, 300, 400, 500, 600, 700, 800, 900, 1000. which is the lowest and common? 100
7/10 /100 how many times can 10 go into 100? 10 times. so we will multiply 10 time the numerator which is 7, and now will be 70/100
6/100 /100 how many times can 100 go into 100? 1 time. so we will multiply 1 time the numerator 6 which equals 6. 6/100
now add the new fractions. 70/100 + 6/100 = 76/100
10 x 10, 20, 30, 40, 50, 60, 70, 80, 90, 100
100 x 100, 200, 300, 400, 500, 600, 700, 800, 900, 1000. which is the lowest and common? 100
7/10 /100 how many times can 10 go into 100? 10 times. so we will multiply 10 time the numerator which is 7, and now will be 70/100
6/100 /100 how many times can 100 go into 100? 1 time. so we will multiply 1 time the numerator 6 which equals 6. 6/100
now add the new fractions. 70/100 + 6/100 = 76/100
Answers
Answer:
f(-1)=6
Step-by-step explanation:
D, the last answer choice
Other Questions