Answer:
y=-x+24
Step-by-step explanation:
Answer: -1,100 feet
Step-by-step explanation: If it declines 44 feet per second for 25 seconds, multiply 44*25. This gets you 1,100 feet, and since the airplane is declining, the altitude change is negative.
100–pound earthling's weight on Saturn using the proportion is (B)
15/4 = 100/x.
<h3>
What is proportion?</h3>
- The size, number, or quantity of one object or group of things in comparison to another thing or group of things In our class, the ratio of guys to girls is two to one (2:1).
To find the 100–pound earthling's weight on Saturn using the proportion:
- Weight of ball on Earth = 15 pounds
- Weight of ball on Saturn= 4 pounds
- Let 100 pounds of earthling weight on Saturn be x pounds.
- Thus, the proportion is 15:4 = 100:x
- 15/4 = 100/x
Therefore, 100–a pound earthling's weight on Saturn using the proportion is (B) 15/4 = 100/x.
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The correct question is given below:
A bowling ball weighs 15 pounds on earth and weighs 4 pounds on the planet Saturn. you could determine a 100–pound earthling's weight on Saturn using the proportion:
a. start fraction 15 over 4 end fraction = start fraction x over 100 end fraction
b. startfraction 15 over 4 endfraction = 100 over x endfraction
c. startfraction 4 over 15 endfraction = startfraction 100 over x endfraction
d. either a or c
Answer:
ummmm
Step-by-step explanation:
Answer:
it's x/y=4
Step-by-step explanation: