WebIf 60% of P = 40% of Q and Q = x% of P, find the value of x? 100 160 200 150 Answer (Detailed Solution Below) Option 4 : 150 Crack AE & JE - Civil with India's Super Teachers FREE Demo Classes Available* Explore Supercoaching For FREE Free Tests View all Free tests > Free BARC DAE Junior Purchase Assistant / Junior Storekeeper Full Mock Test WebAug 29, 2024 · For instance, numerous data in the media, bank interest rates, retail discounts, and inflation rates are all reported as percentages. For comprehending the financial elements of daily life, percentages are crucial. It is given that p is 50% of q and r is 40% of q, p is 50% off q p = (50/100)q p = q/2 ------ 1 r is 40% of q, r = (40/100) × q
SOLUTION: If M is 30% of Q, Q is 20% of P, and N is 50% of P
WebFeb 7, 2024 · Find the genotypes of both parents. Consider if they are homozygous dominant, recessive, or heterozygous. Fill the first column and row with the parent's alleles. Mix each allele of one parent with the alleles of the other. For example, if both parents are heterozygous, the Punnett square will look like this: ♂️\♀️. A. WebEfficiency of Q = 40 % of P. ⇒ 100x × (40/100) = 40x. Ratio of efficiency of P and Q = 100x:40x = 5: 2. Efficiency of P = 5. Efficiency of Q = 2. Total efficiency of P and Q = 5 + 2 = 7. Work in 12 days by both P and Q = 12 × 7 = 84. If Q alone can do work = 84/2 = 42 days. ∴ Time taken by Q to complete the work alone is 42 days. oakland ca to portland or
Binomial Probability - Varsity Tutors
WebSolve algebraically to find equilibrium P and Q Qd = Qs 120-8P =-6+4P -8P-4P = -6-120 -12P = -126 12P = 126 P* = 10.5 Qd = Qs = 120-8P = 120-8(10.5) = 120-84 = 36 = Q* ... P = 15, Qd = 36, Y = 40 P = 15, Qd = 40, Y = 60 P = 20, Qd = 21, Y = 40 Eq1 36 = a+15b+40c Eq2 40 = a+15b+60c Eq3 21 = a+20b+40c Solve Simultaneously Eq1 36 = a+15b+40c The allele frequency is the number of individual alleles of a certain type, divided by the total number of alleles of all types in a population. In simple terms, the allele frequency describes … See more The allele frequency is different from the phenotypic ratioin that it accounts for all alleles, even if they are recessive and are “hidden” within carrier organisms. The phenotypic ratio only describes the phenotypes, or … See more In a simplified scenario, p and q are the only alleles in the population, and the population is not developing any mutations.If this is the case, the sum of the allele frequencies of p and q must equal 1 because with only … See more To find the number of alleles in a given population, you must look at all the phenotypes present. The phenotypes that represent the allele are often masked by dominant and recessive alleles working in conjunction. To … See more WebJul 23, 2009 · For this problem, assume q is 100. So, if p is 40 percent, that would mean 40/100 which equals .4 or 40 percent. So, 100/40 equal 2.5 or 250 percent. If p is 40 … maine academy of natural science maine