Step-by-step explanation:
= f( g(2) )
= 3(2x + 1) + 1
= 6x + 3 + 1
= 6x + 4
= 6(2) + 4
= 12 + 4
= 16
f(g(2)) = 16
Answer:
i. false
ii. true
iii. true
iv. false
When comparing negative numbers, if you disregard the negative sign, the apparent greater value will actually be the smaller.
Answer:
x 100
Step-by-step explanation:
because of the yvz angle its equals 100-12
Here's our equation:

Factor out the left side
(-2x - 3) - 4 = 3/4 (-8x - 12)
Simplify
-2x - 7 = 3/4 (-8x - 12)
Factor out the right side
-2x - 7 = -6x - 9
Add 7
-2x = 6x - 2
Add 6x to isolate the variable
4x = -2
Divide by 4
x = - 1/2
Here is how I simplified both sides initially. I'll only be showing the right side because this is a LOT of typing.
Begin with 3/4 (-8x - 12)
Use rule
to multiply
3(-8x-12)/4
Factor 3(-8x-12)
(-8x - 12) = (-4 * 2x - 4 * 3)
Simplify (-4 * 2x - 4 * 3)
-3 * 4 (2x+3)
- 12 (2x + 3)
Now that we've factored 3/4 (-8x - 12), we're left with- 12 (2x + 3)/4.
12/4 =3, giving us -3(2x + 3)
Distribute and simplify, then you're done.
Answer:
13.86%
Step-by-step explanation:
Data provided in the question:
Forecasted value bond portfolio one year ahead = $105 million
Expected value to be received = $10,000,000
Worth of bond portfolio today = $101 million
Now,
The Forecasted return is calculated as;
= [(Coupon + closing value - opening value) ÷ (Opening value)] × 100%
on substituting the respective values, we get
Forecasted return = 
or
Forecasted return = 0.1386 × 100%
or
Forecasted return = 13.86%