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Given that 
f(x)=x+4,quad g(x)=4x and 
h(x)=2f(x-1)+3g(x), then what is the value of 
h(1) ?
Answer:

Given that f(x)=x+4,g(x)=4x f(x)=x+4, \quad g(x)=4 x and h(x)=2f(x1)+3g(x) h(x)=2 f(x-1)+3 g(x) , then what is the value of h(1) h(1) ?\newlineAnswer:

Full solution

Q. Given that f(x)=x+4,g(x)=4x f(x)=x+4, \quad g(x)=4 x and h(x)=2f(x1)+3g(x) h(x)=2 f(x-1)+3 g(x) , then what is the value of h(1) h(1) ?\newlineAnswer:
  1. Given Functions: Given the functions f(x)=x+4f(x) = x + 4, g(x)=4xg(x) = 4x, and h(x)=2f(x1)+3g(x)h(x) = 2f(x - 1) + 3g(x), we need to find the value of h(1)h(1). Let's start by finding the value of f(x1)f(x - 1) and g(x)g(x) when x=1x = 1.
  2. Calculate f(0)f(0): First, we calculate f(11)f(1 - 1) which is f(0)f(0). Using the definition of f(x)f(x), we have f(0)=0+4=4f(0) = 0 + 4 = 4.
  3. Calculate g(1)g(1): Next, we calculate g(1)g(1) using the definition of g(x)g(x). We have g(1)=4×1=4g(1) = 4 \times 1 = 4.
  4. Substitute into h(1)h(1): Now we have both f(0)f(0) and g(1)g(1), we can substitute these values into the definition of h(x)h(x) to find h(1)h(1). So, h(1)=2f(11)+3g(1)=2f(0)+3g(1)h(1) = 2f(1 - 1) + 3g(1) = 2f(0) + 3g(1).
  5. Final Calculation: Substitute the values we found into the equation for h(1)h(1): h(1)=2×4+3×4=8+12=20h(1) = 2 \times 4 + 3 \times 4 = 8 + 12 = 20.

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