1) 35mL to L 1 L = 1000ml so, 35mL = 35÷1000=0.035L
2) 950gm = 1Kg =1000g SO, 950÷1000= 0.950 Kg
3) 275mm to cm= 1mm= 1÷10 cm so, 275÷10= 27.5cm
4)1000mL to L = 1L=1000ml so, it will equal to 1L
5)4500mg to g = 1mg= 1÷1000g so, it will equal to 4.5g
6)25cm to mm = 1cm= 10mm so, 25X 10= 250mm
7)0.005Kg to mg, so 1Kg= 10∧6 mg so, 0.005X10∧6= 5000mg
8)0.075m to cm, so 1m =100cm so, 0.075X100= 0.75cm
9)15 g to mg , so 1g = 1000mg so, 15X1000= 15000mg
Answer:
The correct answer will be option- D.
Explanation:
Neurons are the cells which help in the transmission of the signals to and fro from the CNS and PNS to the body and vice versa. The structure of the neurons is divided into three main parts: the axon, dendrites and the cell body. The dendrites and axons are the extensions of the cell cytoplasm and together constitutes the neurites.
The dendrites are the extensions of the cytoplasm which receives the signals either from the cell surface as well as the from the post-synaptic neurons and further process the signals.
Thus, option- D is the correct answer.
Answer:False they re not the same
Explanation:
Evolution is not the same as adaptation or natural selection. Natural selection is a mechanism, or cause, of evolution. Adaptations are physical or behavioral traits that make an organism better suited to its environment. Heritable variation comes from random mutations.
Answer:
The stage of cellular respiration which yields the most ATP is the electron transport chain.
Explanation:
Answer:
The "short tail" dominant allele is easier to eliminate by selective breeding.
Explanation:
The only way for a recessive allele to be expressed (be visible) is when it appears as recessive homozygotic. These means the organisms need to have 2 copies of the gene. Selective breeding is based on the characteristics that one can see, so if the organism shows the "dilute" phenotype you can keep reproducing this individuals and get rid of the dominant allele.
On the other hand if you have a population with the dominant phenotype, you discard all the ones that have a recessive trait and you breed the dominant phenotype you could still get individuals with the recessive phenotype and individuals that express the dominant phenotype but are heterozygous.