Answer:
Each space should be 6.83333 feet wide.
Step-by-step explanation:
a) Data and Calculations:
Lot = 41 feet wide
Dividers = 6 feet wide
For even spacing, 41/6 = 6.83333 feet
b) The quotient is equal to the dividend divided by the divisor. Since the lot is 41 feet wide, the quotient, when divided by some 6-feet wide dividers, will be equal to 6.83333 or 7 feet wide. This implies that each divider will occupy a space equivalent to 7 feet or specifically 6.83333 feet wide.
Each space should be 23 feet wide.
To calculate how wide each space should be, subtract the total width of the dividers from the width of the lot. In this case, the lot is 41 feet wide and each divider is 6 feet wide. So the space needed for the dividers would be:
Now subtract the space needed for the dividers from the width of the lot:
Therefore, each space should be 23 feet wide.
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Solution:
Given that we have to simplify:
---- eqn 1
We know that,
Substitute the above identity in eqn 1
Simplify the above expression
------- eqn 2
By the trignometric identity,
Substitute the above identity in eqn 2
Cancel the common factors in numerator and denominator
Thus the simplified expression is:
x - the shortest side
2x
x + 28
The sum of these must be equal to the perimeter of the flower bed, so
x + 2x + x + 28 = 184
4 x + 28 = 184 Combined like terms
4x = 156 Subtracted 28 from both sides
x = 39 Divided both sides by 4.
So the dimensions are 39 feet, 78 feet, and 67 feet
Answer:
the third one cause of it's inputs
Here we have two functions, namely:
So here we need to perform the product of two functions and evaluate this new function for . So:
Rigid transformations:brainly.com/question/13653482
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Answer:
C.(f • g)(2) = 44, the distance in miles the boat traveled
Step-by-step explanation:
Answer:
Given that the events A and B are mutually exclusive.
P(A) = 0.1
P(B) = 0.4
Mutually Exclusive Events: When two events are Mutually Exclusive it is impossible for them to happen together i.e
If A and B are two events then; P(A and B) = 0
then;
P(A or B) = P(A) +P(B)
By the definition of mutually exclusive events;
P(A or B) = P(A) +P(B) ......[1]
Substitute the values of P(A) = 0.1 and P(B) = 0.4 in [1] we have;
P(A or B) = P(A) +P(B) = 0.1+0.4 = 0.5