Answer:
B. Varying exercise types helps to improve the likelihood of maintaining a program successfully
Explanation:
A. Progress is always steady = this is false, progress can occur at different rates at different times, depending on the activity, strengths, and fitness levels
B. Varying exercise types helps to improve the likelihood of maintaining a program successfully - this is true - keeping a training programme fresh and having lots of variety in the exercise types helps to reduce boredom
C. Exercising with a partner can be fun, but does not improve the likelihood of maintaining a fitness program - false, exercising with a partner can help both individuals be more motivated, keeps them accountable, and could be more fun.
D. Starting off an exercise program at a high level of intensity is advisable to improve the chances of success - this is false. this could cause injury and demotivation
Answer:
Influenza injection Tdap.
Explanation:
Gestation may be defined as the process of the development of the fetus till the delivery of the baby. The gestation period is nine months in case of the human beings.
The pregnant lady requires proper diet and medical checkup for the proper development of both the mother and the fetus. The injection vaccination is given to the mother for the protection of the mother and child from the influenza virus.
Thus, the answer is influenza injection Tdap.
Explanation:
The opportunistic disease was ebola virus disease (EVD) it is a viral hermorrhagic fever characterised with musclular pain, fever sore throat headache diarrhea and rashes. Kidney amd liver function
<span>As people age,
- there is less collagen and elastin in the skin.
</span><span>With age, the levels of collagen and elastin - two proteins that give firmness and elasticity to the skin - diminish. This phenomenon causes the appearance of wrinkles and fine lines on the contour of the eyes.</span>
Answer:
14.6
26.15
Explanation:
Given that :
In migrant = 3800
Out migrant = 3000
Population = 260000
The in migration rate :
(Number of in migrants / total pupulation) * 1000
(3800 / 260000) * 1000
0.0146153 * 1000
= 14.6
The gross migration rate :
(Number of in migrants + number if out migrants) / total pupulation) * 1000
((3000 + 3800) / 260000) * 1000
0.0261538 * 100%
= 26.15