Answer:
The fractional change is % .
Step-by-step explanation:
Given as :
The original fraction =
Where numerator = x
Denominator = y
According to question
The numerator decreased by 50%
Let The new numerator = x' = x - 50% of x
I,e x' = x ( 1 - )
Or, x' = x ()
Or, x' = x
or, x' = .........A
Again
The new denominator = y' = y - 25% of y
i.e y' = y (1 - )
Or, y' = y ()
Or, y' = y ()
Or, y' = ............B
So, The new fraction = =
Or, =
So, The fractional change = × 100
Or, The fractional change = × 100
Hence, The fractional change is % . Answer
If you start from the "standard" sine function, i.e.
You can change its graph in four ways:
Amplitude: you can multiply the whole function by a constant to stretch/squeeze it vertically. The transformation looks like
Phase: you can add a constant to the argument translate it horizontally. The transformation looks like
Period: you can multiply the argument by a constant to stretch/squeeze it horizontally. The transformation looks like
Shift: you can add a constant to the whole function to translate it vertically. The transformation looks like
In your case, we're changing the period of the function. If the function is squeezed, so you're squeezing the graph horizontally by a factor of 7/4
Answer:
72
Step-by-step explanation:
Answer:
The length of the missing side SR is 33.1 feet
Step-by-step explanation:
Let us revise the sine rule
In a triangle , where
- a is the side opposite to angle A
- b is the side opposite to angle B
- c is the side opposite to angle C
In Δ MSR
∵ MR is opposite to ∠S
∵ SR is opposite to ∠M
- By using the sine rule
∴
∵ m∠S = 101°
∵ m∠M = 37°
∵ MR = 54 feet
- Substitute them in the statement of the ratio above
∴
- By using the cross multiplication
∴ SR × sin(101) = 54 × sin(37)
- Divide both sides by sin(101)
∴ SR = 33.10626661
- Round it to the nearest tenth
∴ SR = 33.1 feet
The length of the missing side SR is 33.1 feet
Answer:
81
Step-by-step explanation: