The device detects electrical activity in the motor cortex of the brain. The device transmits the electrical signals to a series of computers. The computers translate the signals and produce an output that controls the movements of the prosthesis.
Answer:
Heterotrophs are the organisms which cannot prepare their food on their own like autotrophs instead are dependent on other mode to obtain the organic substances from the environment. This method is common in animal and fungi groups.
Although both fungi and animals are heterotrophs their mode of heterotrophic is different as fungi obtain organic substance b secreting many digestive enzymes which digests the complex biomolecules and the fungi obtain the organic substances whereas the animals swallow or ingest the material and then digests it.
Always
Multi
Have mebrane
Display asymmetric
Never
Produce tgere own food
Answer:14700
Explanation:
Solution
A = P(1 + r/100)n
Amount (A) =?
Principal (P) = $ 10,000
Number of years (n) = 5year
Rate yearly (r) = 8%
Substituting the values in to the formula
= $ 10,000(1 + 8/100)^5
First we solve the bracket
= $ 10,000(108/100)^5
= $ 10,000(27/25)^5
= $ 10,000(1.08)^5
= $ 10,000(1.47)
= $ 14,700
Amount at the end of 5 year is $ 14700
Compound Interest C.I= A-P
= $ 14700 - $ 10000
= $ 4700
Answer:
Anthocyanin is not produced in the plant cells
Explanation:
Anthocyanin is not produced in plant cells with the genotype mm.
As you can see from the question above, anthocyanin is responsible for the purple color of the flowers. Anthocyanin is encoded by the M gene, which is a dominant gene. Because it is a dominant gene, we know that it will be expressed in plants with the Mm and MM genotype, but will not be encoded by plants with the mm genotype. With this we can conclude that plants that have the mm genotype do not have purple color, because anthocyanin is not produced in the plant cells of these plants, since they do not have the M gene.
