Frog swimming in freshwater lake

Assignment Help Biology

Reference no: EM13531942

Consider two organisms: a frog swimming in freshwater lake, and asalmon swimming in the Pacific Ocean. For each of the seorganisms:

a) describe the tonicity of the organism’scells in relation to the surrounding water.

b) state whether the organism will tend to gainor lose water

c) state whether the organism will tend to gainor lose salts, and

d) suggest ways that the organism might balancewater gains and losses from its cells.

Reference no: EM13531942

Questions Cloud

Population is in hardy-weinberg equilibrium : A fruit fly population has a gene with two alleles, A1 and A2. Tests show that 70% of the gametes produced in the population contains the A1 allele. If the population is in Hardy-Weinberg equilibrium, what proportion of the flies carry both A1 and A2..

Why would a protist want to form a zygospore : Explain the relationship of entropy and disorder in the context of Shannon's formula. Why would a Protist want to form a zygospore?

What are the process of nutrition : What are the process of nutrition? what is the difference between Autotrophic and HeterotrophicNutrition ?

Describe the process of aerobic cellular respiration : Describe the process of aerobic cellular respiration. Whichcompounds undergo oxidation and which undergo oxidation?

Frog swimming in freshwater lake : Consider two organisms: a frog swimming in freshwater lake, and asalmon swimming in the Pacific Ocean. For each of the seorganisms:

How does teva compete in the generic pharmaceuticals : How does Teva compete in the generic pharmaceuticals industry?

Define the moles of ammonia : Predict the moles of ammonia that can be made using 22.4g of nitrogen and an unlimited amount of hydrogen

Calculate how fast is the car traveling at impact : A car traveling 53.9 km/h is 23.7 m from a barrier when the driver slams on the brakes. The car hits the barrier 2.57 s later. How fast is the car traveling at impact

Calculate the upward force on the puck : Unless otherwise stated, all objects are located near the Earth's surface, where = 9.8. Calculate the upward force on the puck in both situations

User Account

All Pages