Advertisements
Advertisements
Question
Find a single machine that will do the same job as the given hook-up.
a (× 599) machine followed by a (5–100) machine.
Advertisements
Solution
(× 599) machine followed by a (×(5)–100) machine.
So, it produces `5^99 xx 1/5^100 = 1/5`
Hence, `(xx 1/5)` single machines can do the same job as the given hook-up.
APPEARS IN
RELATED QUESTIONS
Simplify and write the answer in the exponential form.
`(- 3)^4 xx (5/3)^4`
329.25 = 3 × 102 + 2 × 101 + 9 × 100 + 2 × 10–1 + 5 × 10–2
The expontential form for `(-2)^4 xx (5/2)^4` is 54.
Simplify:
`(((-2)/3)^-2)^3 xx (1/3)^-4 xx 3^-1 xx 1/6`
Find the multiplicative inverse of (–7)–2 ÷ (90)–1.
Use the properties of exponents to verify that statement is true.
25(5n – 2) = 5n
For hook-up, determine whether there is a single repeater machine that will do the same work. If so, describe or draw it.

For hook-up, determine whether there is a single repeater machine that will do the same work. If so, describe or draw it.

If possible, find a hook-up of prime base number machine that will do the same work as the given stretching machine. Do not use (× 1) machines.

Find x.
`((-6)/7)^(x - 7) = 1`
