Answer:
63 tons
Step-by-step explanation:
The problem statement asks for the tons of hay removed from the first pit. It is convenient to let a variable (x) represent that amount. This is said to be 3 times the amount removed from the second pit, so that amount must be x/3.
The amount remaining in the first pit is 90-x.
The amount remaining in the second pit is 75 -x/3.
Since the first pit remaining amount is half the second pit remaining amount, we can write the equation ...
... 90 -x = (1/2)(75 -x/3)
... 180 -2x = 75 -x/3 . . . . multiply by 2
... 105 - 2x = -x/3 . . . . . . subtract 75
... 315 -6x = -x . . . . . . . . multiply by 3
... 315 = 5x . . . . . . . . . . . add 6x
... 63 = x . . . . . . . . . . . . . divide by 5
63 tons of hay were taken from the first pit.
_____
Check
After removing 63 tons from the first pit, there are 27 tons remaining. After removing 63/3 = 21 tons from the second pit, there are 54 tons remaining. 27 is half of 54, so the answer checks OK.
Answer:
Volume,
Step-by-step explanation:
An artist creates a cone shaped sculpture for an art exhibit.
Height of sculpture is 8 feets
The circumference of base of the cone is 21.352 feet.
The base of a con is circular shaped. So,
r is radius of cone
The volume of cone shaped sculpture is given by :
So, the volume of the sculpture is .
The angles of rotation that would not map the figure onto itself will not be the multiple of 40 and this can be determined by evaluating the possible angle of each rotation.
Given :
To determine angels of rotation that would not map the figure onto itself, first, evaluate the possible angle of each rotation.
To determine the possible angle of each rotation the following calculation can be used:
The possible angle of eachrotation is the ratio of the complete rotation to the number of sides.
Each Rotation =
So, the angles of rotation that would not map the figure onto itself will not be the multiple of 40.
For more information, refer to the link given below:
Answer:
See Explanation
Step-by-step explanation:
Given
Required
Angles of rotation that would not map the shape on itself
Side of a nonagon is:
and a complete rotation is:
To start with, we calculate a possible angle of each rotation:
This is calculated by dividing the complete rotation by number of sides
The question lacks option; so, it's difficult to give a specific answer.
However, I'll give a generalized answer
For the nonagon to map on itself, the angle must be a multiple of the calculated angle of rotation (40)
i.e.
Any angle different from the above listed angles (or any other multiple of 40 not listed above) answers the question.
his net pay for this pay period?
Answer:
27.50(80) is 2,200
2,200-396-175-264= 1,365
I think this is how u do it correct me if I'm wrong
b. List all outcomes in the event B that all three vehicles takedifferent directions.
c. list all outcomes in the event C that exactly two of the threevehicles turn right.
d. List all outcomes in the event C that exactly two of the threevehicles turn right.
e. List outcomes in D', C U D, and C D
Answer:
a.) A= [RRR, LLL, SSS]
b.) B=[RLS, RSL, SRL, SLR, LRS, LSR]
c.) C=[RRL, RRS, RSR, RLR, SRR, LRR]
e.) D'= C' = [RRR, LLL, SSS, RLS, RSL, SRL, SLR, LRS, LSR, LLR, LLS, LSL, LRL, SLL, RLL, SSL, SSR, SLS, SRS, RSS, LSS]
Step-by-step explanation:
If three consecutive vehicles are considered with their direction as R, L and S, then
a.) when the three vehicles go in same direction, A= [RRR, LLL, SSS]
b.) When the three vehicles take the different direction, B=[RLS, RSL, SRL, SLR, LRS, LSR]
c.) when exactly two vehicles turn right, C=[RRL, RRS, RSR, RLR, SRR, LRR]
d.) repeated question of C above.
e.) D'= C' = [RRR, LLL, SSS, RLS, RSL, SRL, SLR, LRS, LSR, LLR, LLS, LSL, LRL, SLL, RLL, SSL, SSR, SLS, SRS, RSS, LSS]
Answer:
2=53 employees(m)
4=91 employees(m)
6=129 employees(m)
8=167 employees(m)
Step-by-step explanation:
19x2=38+15= 53
19x4=76+15= 91
19x6=114+15=129
19x8=152+15=167