Answer:
a. The fewer risk factors the better, so their unborn child is likely to be better off even with the limited help the social worker provided.
Explanation:
According to a different source, these are the options that come with this question:
a. The fewer risk factors the better, so their unborn child is likely to be better off even with the limited help the social worker provided.
b. Their unborn child is not likely to be benefited by eliminating only one risk factor.
c. The unborn child might have been benefited if prenatal care were found, but improving prenatal nutrition is not important.
d. The health care and stress factors will only be important after the child is born.
In this example, the social worker is not able to help Robert and Nadine with all their problems. The couple still needs to find work and prenatal care. However, the social worker was able to help them find enough food to eat. Although the baby still faces some risks, the fewer risks, the better. Therefore, he is still better off than he was before thanks to the limited help of the social worker.
Answer:
Constitution ¿¿
Explanation:
Am I right? Please make your question more relatable.
Answer: For the allowance of her husband with her
Explanation:
Answer:
B
lands reclaimed from the sea
The continuous neutral-current rating be for an autotransformer used to create a three-phase, it must be sufficient to handle the maximum possible neutral unbalanced load. 450.5.
<h3 /><h3>What is meant by autotransformer?</h3>
A grounding autotransformer is used to create a three-phase, 4-wire distribution system from a three-phase, 3-wire ungrounded system.
A three-phase autotransformer is a special type in which common winding is shared by the high voltage and low voltage. Three-phase AC is supplied at primary and output is collected at secondary. Three phase autotransformer is used for such applications where a small voltage is used in the distribution system.
Autotransformers are frequently used in power applications to interconnect systems operating at different voltage classes, for example, 132 kV to 66 kV for transmission. Another application in industry is to adapt machinery built (for example) for 480 V supplies to operate on a 600 V supply.
To learn more about autotransformers refer to:
brainly.com/question/21276291
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