Answer:
Rashid and Megan need 40 felt patches.
Step-by-step explanation:
Draw a table with number of costumes in the first row and the number of felt patches in the second row.
Note that for 1 costume, 5 felt patches are needed.
For 2 costumes, 10 felt patches are needed
For 3 costumes, 15 felt patches are needed and so o.
So, the pattern in the table is whenever there is 1 increase in the costumes, there are 5 numbers increase in felt patches.
From the table, we can easily identify that the 8 costumes need 40 felt patches.
Hence, Rashid and Megan need 40 felt patches.
Complete Question:
The expression 16t² represents the distance in feet an object falls after t seconds. The object is dropped from a height of 906 feet. What is the height in feet of the object 2 seconds after it is dropped?
Answer:
H(2) = 842 feet
Step-by-step explanation:
Let the height be H.
<u>Given the following data;</u>
H(t) = 16t²
Height, H = 906 feet
Time, t = 2 seconds
To find the time, t at 2 seconds, we would use the following formula;
H(t) = H - 16t²
H(2) = 906 - 16(2)²
H(2) = 906 - 16*4
H(2) = 906 - 64
<em>H(2) = 842 feet</em>
<em>Therefore, the height in feet of the object 2 seconds after it is dropped is 842.</em>
From the equation of motion, we know,
Where s= displacement
u= initial velocity
a= gravitational force
t= time
Displacement is 0 since the ball comes back to the same point from where it was thrown.
A = since the ball is thrown upwards.
Plug the known values into the equation.
=>
Solving for u gives :
u= 16.67 m/ sec ....... equation (1)
At maximum height, final velocity i.e v is 0
Time take to reach the top =
=>
Solving for s we get
s= 14.16 m
Answer:
c. none of the above
Step-by-step explanation:
(-6+3)= -3
2--3=2+3=5
5+4c cant add them since they arent like terms
final answer 5+4c and that option isnt here
Answer:
z = 113
y = 31
Step-by-step explanation:
j || n and line a is their transversal. (given)
Therefore,
z° = 180° - 67° (exterior angles on the same side of transversal)
z°= 113°
z = 113
(5y - 88)° = 67° (exterior alternate angles)
5y - 88 = 67
5y = 67 + 88
5y = 155
y = 155/5
y = 31