Answer:
as a decimal it is 0.166667 as a percent it is 16.666667%.
100 g
1 kg
1,000 mg
1 dg
Answer:
eight and seventeen hundredths
Step-by-step explanation:
Answer with Step-by-step explanation:
Let Aaron's height be represented by x
and Peter's height be represented by y
Aaron is 15 centimeters taller than Peter.
i.e. x=y+15
Five times Aaron's height exceeds two times Peter's height by 525 centimeters.
i.e. 5x=2y+525
Putting x=y+15 in 5x=2y+525
5(y+15)=2y+525
5y+75=2y+525
5y-2y=525-75
3y=450
Dividing both sides by 3,we get
y=150
Putting the value of y in x=y+15,we get
x=150+15
x=165
Hence, system of linear equations that relates Aaron's height (x) and Peter's height (y) is:
x=y+15
5x=2y+525
Aaron's height is 165 centimeters
and Peter's height is 150 centimeters
Answer:
the stone fell in the air for 7 sec and fell in the water for 5 sec
Answer:
Let time taken in air be 'a'
And the time taken in water be 'b'
a+b=12
Distance covered in air = 16a
′′′′′ ′′″″ water= 3b
16a + 3b = 127
Solve the two equations simultaneously
a= 7 secs
b= 5 secs
The punnet square is used to predict phenotypes.
50% of the offsprings would have long stems, while the other 50% would have short stems.
See attachment for the SS vs ss cross
From the attachment, we have the following observations
--- number of squares
Because S is dominant over s;we can write Ss as S.
So, we have:
The percentage of each offspring calculated as follows is:
Hence, 50% of the offsprings would have long stems, while the other 50% would have short stems.
Read more about the punnet square at:
Answer:
Hope this helps
(ft). Rise of
Street (ft)
Dixie hill. 100. 60
Bell hill. 100. 50
Liberty hill 100. 20
A. Dixie hill; it rises 5 feet for every 3 feet of horizontal travel.
B. Dixie hill; rises 3/5 foot for every 1 foot for every 1 foot of horizontal travel.
C. Bell hill; it rises 2 feet for every 1 foot of horizontal travel.
D. Liberty hill; it rises 1 foot for every 5 feet of horizontal travel.
Answer:
Option: B
Dixie hill; rises 3/5 foot for every 1 foot for every 1 foot of horizontal travel.
Step-by-step explanation:
A slope with a greater absolute value indicates a steeper line.
so, we will find the slope of each of the hill to check the steepness of the road.
1)
Dixie Hill
Street Horizontal distance vertical Distance
Dixie hill 100 60
The slope of the hill is:
Vertical distance/ Horizontal ditance
= 6/10=3/5
2)
Street Horizontal distance vertical Distance
Bell hill 100 50
slope=1/2
3)
Street Horizontal distance vertical Distance
Liberty hill 100 20
slope=1/5
As slope of Dixie Hill is greater than the rest two.
Hence, option: B is correct.
B. Dixie hill; rises 3/5 foot for every 1 foot for every 1 foot of horizontal travel.