To solve for x in the proportion StartFraction 7 over 8 EndFraction = StartFraction x over 24 EndFraction, you can cross multiply. This means multiplying 7 by 24 and 8 by x, which gives you 168 = 8x. To isolate x, divide both sides by 8, resulting in x = 21. Therefore, x equals 21 in this proportion.
x is 9.
5/6=x/30 150=6x 25=x
3/7=x/63 189=7x 27=x
3/8=x/56 168=8x 21=x
4/6=x/24 96=6x 16=x
log(n/m) = 15 => n/m = 10^15 or n = m*10^15
Is it 15 over 40?
x is 9.
X = 32
Given, The probability of getting red, P(R) = 1/8 Red occurs by the spinner= 6 times Let, the total number of trials = N Therefore, for the experimental probability the total number of trials performed can be calculated by the following equation: P(R) = (Red occurs by the spinner)/(Total number of trials) Or, 1/8 = 6/N Or, N = 6 × 8 Or, N = 48 Final Answer: A spinner landed on red 6 times. If the resulting experimental probability of the spinner landing on red is StartFraction 1 over 8 EndFraction, then 48 trials were performed.
w=3pi*sqr(x/t) First divide each side by 3pi w/3pi=sqr(x/t) Next square both sides. (w/3pi)^2=x/t Next multiply both sides by t t(w/3pi)^2=x
w=2*pi*sqr(x/t) First divide each side by 2*pi w/(2pi)=sqr(x/t) Next square both sides (w/2pi)^2=x/t Next multiply both sides by t t(w/2pi)^2=x
V = 200{3*5^(t/9)} = 600*5^(t/9) So starting value = 600 growth factor = 1.1958 (approx) growth rate = 19.58 %
5/6=x/30 150=6x 25=x
2/7=x/28 56=7x 8=x
3/7=x/63 189=7x 27=x
2/7=x/14 28=7x 4=x